15+ Colours in Stock

Materials We Print

From standard design PLA to engineering composites and high-performance filaments.

Note on Lead Times: While we stock a wide range of popular and engineering filaments, specialised or custom-colour materials that are not currently on hand can be ordered in, which may briefly extend project lead times.

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Engineering & Technical Cosmetic & Decorative

Mechanical Property Matrix

Material & Variant	Print Capability Status	Tensile Strength	Flexural Modulus	Temp Limit (HDT)	Best Use Cases
PLA Basic / StandardBase: PLA	Ready (Direct Print)	55 MPa	3.3 GPa	55°C	Visual mockups, architectural models, low-stress enclosures
Engineering Datasheet PLA Basic / Standard Overview Hardware Setup & Processing Ready (Enclosure Open) The standard polymer for general modeling and rapid fit-checks. Yields the cleanest aesthetic results with low shrinkage. Mechanical Performance Tensile Strength 55 MPa Flexural Modulus 3.3 GPa Temp Limit (HDT) 55°C Density 1.24 g/cm³ Shear Strength 24 MPa Category Group base Chemical Resistance Profile Poor resistance to organic solvents; fair resistance to weak acids/bases. Material Pros Easy to print Biodegradable Excellent surface finish No enclosure required Limitations Low temperature limit (55°C) Brittle impact resistance Request Quote in PLA Basic / Standard
PLA MatteBase: PLA	Ready (Direct Print)	50 MPa	3.2 GPa	55°C	Marketing displays, design prototypes, architectural models
Engineering Datasheet PLA Matte Overview Hardware Setup & Processing Ready (Enclosure Open) PLA with elastomer additives to produce a premium matte surface. Extremely effective at hiding layer lines. Mechanical Performance Tensile Strength 50 MPa Flexural Modulus 3.2 GPa Temp Limit (HDT) 55°C Density 1.24 g/cm³ Shear Strength 22 MPa Category Group base Chemical Resistance Profile Poor resistance to solvents. Material Pros Gorgeous flat-matte finish Low warp Easy post-processing Limitations Lower tensile strength than standard PLA Slightly more abrasive Request Quote in PLA Matte
PLA Silk / Silk+Base: PLA	Ready (Direct Print)	52 MPa	3.0 GPa	52°C	Trophies, display cases, premium product models
Engineering Datasheet PLA Silk / Silk+ Overview Hardware Setup & Processing Ready (Enclosure Open) PLA infused with thermoplastic elastomers to yield a high-lustre, shiny metallic sheen that diffuses layer transitions. Mechanical Performance Tensile Strength 52 MPa Flexural Modulus 3.0 GPa Temp Limit (HDT) 52°C Density 1.24 g/cm³ Shear Strength 20 MPa Category Group base Chemical Resistance Profile Poor resistance to solvents. Material Pros Reflective high-lustre finish Hides layer lines Vibrant colors Limitations Slightly poorer layer adhesion than standard PLA Brittle in structural applications Request Quote in PLA Silk / Silk+
PLA Tough / Tough+Base: PLA	Ready (Direct Print)	60 MPa	3.4 GPa	58°C	Functional assembly fit tests, brackets, jigs & fixtures
Engineering Datasheet PLA Tough / Tough+ Overview Hardware Setup & Processing Ready (Enclosure Open) Specially formulated PLA with impact modifiers. Offers toughness and impact resistance comparable to ABS while retaining PLA's ease of printing. Mechanical Performance Tensile Strength 60 MPa Flexural Modulus 3.4 GPa Temp Limit (HDT) 58°C Density 1.25 g/cm³ Shear Strength 26 MPa Category Group base Chemical Resistance Profile Fair resistance to chemicals. Material Pros ABS-like impact resistance High tensile strength Low shrinkage Limitations Low temperature deflection (58°C) More expensive than basic PLA Request Quote in PLA Tough / Tough+
PLA Galaxy / Sparkle / ShimmerBase: PLA	Ready (Direct Print)	54 MPa	3.2 GPa	55°C	Consumer product shells, cosmetic prototypes
Engineering Datasheet PLA Galaxy / Sparkle / Shimmer Overview Hardware Setup & Processing Ready (Enclosure Open) Aesthetic PLA infused with tiny reflective glitter particles. Offers an outstanding visual finish that hides layer lines completely. Mechanical Performance Tensile Strength 54 MPa Flexural Modulus 3.2 GPa Temp Limit (HDT) 55°C Density 1.24 g/cm³ Shear Strength 23 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Glitter effect hides layer lines Easy to print Premium aesthetic Limitations Slightly abrasive on standard brass nozzles Request Quote in PLA Galaxy / Sparkle / Shimmer
PLA MarbleBase: PLA	Ready (Direct Print)	53 MPa	3.2 GPa	55°C	Sculptures, architectural mockups, ornaments
Engineering Datasheet PLA Marble Overview Hardware Setup & Processing Ready (Enclosure Open) PLA polymer infused with dark particles to replicate the texture and aesthetic appearance of natural marble stone. Mechanical Performance Tensile Strength 53 MPa Flexural Modulus 3.2 GPa Temp Limit (HDT) 55°C Density 1.24 g/cm³ Shear Strength 22 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Natural marble look Matte finish Low warp Limitations Particulate infill can cause minor nozzle wear over time Request Quote in PLA Marble
PLA Metal-look (Non-metallic)Base: PLA	Ready (Direct Print)	54 MPa	3.1 GPa	55°C	Cosmetic casing prototypes, jewelry mockups
Engineering Datasheet PLA Metal-look (Non-metallic) Overview Hardware Setup & Processing Ready (Enclosure Open) Aesthetic PLA featuring fine non-abrasive metallic pigments to mimic aluminum, brass, or copper without the weight or abrasion of real metal powders. Mechanical Performance Tensile Strength 54 MPa Flexural Modulus 3.1 GPa Temp Limit (HDT) 55°C Density 1.25 g/cm³ Shear Strength 23 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Sleek metallic look Non-abrasive on brass nozzles Easy printing Limitations Slightly weaker layer bonding than basic PLA Request Quote in PLA Metal-look (Non-metallic)
PLA TranslucentBase: PLA	Ready (Direct Print)	56 MPa	3.3 GPa	55°C	Light guides, custom cases, packaging mockups
Engineering Datasheet PLA Translucent Overview Hardware Setup & Processing Ready (Enclosure Open) Highly clear PLA formulation without opaque colorants. Allows light to diffuse through thin walls. Mechanical Performance Tensile Strength 56 MPa Flexural Modulus 3.3 GPa Temp Limit (HDT) 55°C Density 1.24 g/cm³ Shear Strength 25 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Semi-transparent visual properties Low warping Great light transmission Limitations Infill lines are visible internally Request Quote in PLA Translucent
PLA Wood-Filled (Organic fiber)Base: PLA	Ready (Direct Print)	35 MPa	2.8 GPa	55°C	Architectural restoration models, wood mockups, carvings
Engineering Datasheet PLA Wood-Filled (Organic fiber) Overview Hardware Setup & Processing Ready (Enclosure Open) Composite polymer containing 30-40% recycled wood fibers. Yields parts that look, feel, smell, and can be finished like real timber. Mechanical Performance Tensile Strength 35 MPa Flexural Modulus 2.8 GPa Temp Limit (HDT) 55°C Density 1.15 g/cm³ Shear Strength 16 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Authentic wood texture Can be sanded, stained, or painted Hides layer lines Limitations Brittle structural properties Higher risk of nozzle clogging Request Quote in PLA Wood-Filled (Organic fiber)
PLA Glow-in-the-Dark (Phosphorescent)Base: PLA	Ready (Direct Print)	53 MPa	3.2 GPa	55°C	Novelty enclosures, safety markers, glowing displays
Engineering Datasheet PLA Glow-in-the-Dark (Phosphorescent) Overview Hardware Setup & Processing Ready (Enclosure Open) PLA infused with phosphorescent aluminate particles that absorb light and glow in dark environments. Mechanical Performance Tensile Strength 53 MPa Flexural Modulus 3.2 GPa Temp Limit (HDT) 55°C Density 1.25 g/cm³ Shear Strength 22 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Bright phosphorescent glow Standard PLA print settings Limitations Highly abrasive (requires wear-resistant nozzle) Request Quote in PLA Glow-in-the-Dark (Phosphorescent)
LW-PLA (Lightweight Foaming PLA)Base: PLA	Requires Extra Setup / Post-Processing	15 MPa	0.9 GPa	55°C	RC airplane wings, lightweight drone components, floats
Engineering Datasheet LW-PLA (Lightweight Foaming PLA) Overview Hardware Setup & Processing Requires Setup (Flow rate calibration) Active-foaming PLA that expands up to 3x its volume at high hotend temperatures, reducing printed weight by up to 60%. Mechanical Performance Tensile Strength 15 MPa Flexural Modulus 0.9 GPa Temp Limit (HDT) 55°C Density 0.60 g/cm³ Shear Strength 8 MPa Category Group base Chemical Resistance Profile Poor resistance. Material Pros Extremely lightweight Reduces print weight by 50-60% Easy to sand Limitations Very low mechanical strength Highly prone to stringing Request Quote in LW-PLA (Lightweight Foaming PLA)
PETG Basic / StandardBase: PETG	Ready (Direct Print)	50 MPa	2.1 GPa	70°C	Functional brackets, containers, snap-fit assemblies
Engineering Datasheet PETG Basic / Standard Overview Hardware Setup & Processing Ready (Direct Print) Highly versatile prototyping plastic. Combines PLA ease of printing with increased impact strength and temperature resistance. Mechanical Performance Tensile Strength 50 MPa Flexural Modulus 2.1 GPa Temp Limit (HDT) 70°C Density 1.27 g/cm³ Shear Strength 32 MPa Category Group base Chemical Resistance Profile Excellent resistance to water, weak acids/alkalis, and oils. Material Pros High impact resistance Excellent layer bonding Minimal warping Hydrophobic Limitations Prone to stringing Shiny surface shows scratches Request Quote in PETG Basic / Standard
PETG HF (High-Flow)Base: PETG	Ready (Direct Print)	48 MPa	2.0 GPa	70°C	Rapid production runs, high-speed functional prototyping
Engineering Datasheet PETG HF (High-Flow) Overview Hardware Setup & Processing Ready (Direct Print) PETG optimized for high-speed printing. Possesses a higher melt flow index to prevent flow bottlenecks at high print speeds. Mechanical Performance Tensile Strength 48 MPa Flexural Modulus 2.0 GPa Temp Limit (HDT) 70°C Density 1.26 g/cm³ Shear Strength 30 MPa Category Group base Chemical Resistance Profile Excellent resistance. Material Pros Prints up to 2x faster than basic PETG Sleek matte-satin finish Low warping Limitations Slightly lower tensile strength than basic PETG Request Quote in PETG HF (High-Flow)
PETG TranslucentBase: PETG	Ready (Direct Print)	51 MPa	2.1 GPa	70°C	LED light diffusers, bottles, sight glasses, lenses
Engineering Datasheet PETG Translucent Overview Hardware Setup & Processing Ready (Direct Print) PETG without coloring agents. When printed with specialized high-infill settings, it yields outstanding clarity and optical diffusion. Mechanical Performance Tensile Strength 51 MPa Flexural Modulus 2.1 GPa Temp Limit (HDT) 70°C Density 1.27 g/cm³ Shear Strength 32 MPa Category Group base Chemical Resistance Profile Excellent resistance. Material Pros Excellent optical clarity Water-resistant Durable impact strength Limitations Requires slow print speeds for maximum clarity Request Quote in PETG Translucent
ABS Basic / StandardBase: ABS	Ready (Direct Print)	38 MPa	1.9 GPa	90°C	Electronic enclosures, automotive housings, moving parts
Engineering Datasheet ABS Basic / Standard Overview Hardware Setup & Processing Ready (Enclosure Closed) Industry-standard enclosures polymer. High heat resistance and impact strength, widely used for mechanical assemblies. Mechanical Performance Tensile Strength 38 MPa Flexural Modulus 1.9 GPa Temp Limit (HDT) 90°C Density 1.04 g/cm³ Shear Strength 28 MPa Category Group base Chemical Resistance Profile Resistant to water, salts, acids; soluble in acetone. Material Pros High temperature rating (90°C) Excellent impact strength Acetone vapor smoothing compatible Limitations High thermal shrinkage (warp-prone) Smelly fumes during printing Request Quote in ABS Basic / Standard
ASA Basic / StandardBase: ASA	Ready (Direct Print)	40 MPa	2.0 GPa	95°C	Outdoor housings, marine parts, exterior brackets
Engineering Datasheet ASA Basic / Standard Overview Hardware Setup & Processing Ready (Enclosure Closed) An alternative to ABS optimized for outdoor use. Does not yellow or degrade under solar UV exposure. Mechanical Performance Tensile Strength 40 MPa Flexural Modulus 2.0 GPa Temp Limit (HDT) 95°C Density 1.07 g/cm³ Shear Strength 30 MPa Category Group base Chemical Resistance Profile Exceptional UV and weather resistance; soluble in acetone. Material Pros Unbeatable outdoor durability High impact strength Slightly less warp than ABS Limitations Requires closed enclosure to prevent draft delamination Emits styrene odor Request Quote in ASA Basic / Standard
ASA Aero (Foamed/Lightweight ASA)Base: ASA	Requires Extra Setup / Post-Processing	18 MPa	1.1 GPa	95°C	Lightweight marine components, RC outdoor planes, weather UAVs
Engineering Datasheet ASA Aero (Foamed/Lightweight ASA) Overview Hardware Setup & Processing Requires Setup (Flow rate calibration) Active-foaming ASA that expands at high print temperatures. Combines the weather resistance and heat profile of ASA with a low density. Mechanical Performance Tensile Strength 18 MPa Flexural Modulus 1.1 GPa Temp Limit (HDT) 95°C Density 0.75 g/cm³ Shear Strength 12 MPa Category Group base Chemical Resistance Profile High UV and outdoor resistance. Material Pros 30% lighter than standard ASA Excellent heat and UV resistance Highly sandable Limitations Low tensile strength Prone to minor stringing Request Quote in ASA Aero (Foamed/Lightweight ASA)
Polycarbonate Standard (PC)Base: PC	Requires Extra Setup / Post-Processing	65 MPa	2.3 GPa	135°C	High-stress structural brackets, high-temperature tooling, machine shields
Engineering Datasheet Polycarbonate Standard (PC) Overview Hardware Setup & Processing Requires Setup (Bed 100°C & chamber heat-soak) One of the toughest unreinforced materials. Offers extreme impact resistance, rigidity, and high heat tolerance. Mechanical Performance Tensile Strength 65 MPa Flexural Modulus 2.3 GPa Temp Limit (HDT) 135°C Density 1.20 g/cm³ Shear Strength 40 MPa Category Group base Chemical Resistance Profile Fair resistance to weak acids; sensitive to strong solvents and hydrocarbons. Material Pros Incredibly tough (near-unbreakable) High thermal limit (135°C) Excellent stiffness Limitations High printing temp required (280-300°C) Severe warping on large parts without pre-heated chamber Request Quote in Polycarbonate Standard (PC)
PC-FR (Flame Retardant Polycarbonate)Base: PC	Requires Extra Setup / Post-Processing	62 MPa	2.2 GPa	130°C	Electrical switch boxes, aerospace interiors, battery enclosures
Engineering Datasheet PC-FR (Flame Retardant Polycarbonate) Overview Hardware Setup & Processing Requires Setup (Bed 100°C & chamber heat-soak) Flame retardant polycarbonate formulated to pass strict fire safety certifications (typically UL94 V-0 at 1.5mm thickness). Mechanical Performance Tensile Strength 62 MPa Flexural Modulus 2.2 GPa Temp Limit (HDT) 130°C Density 1.22 g/cm³ Shear Strength 38 MPa Category Group base Chemical Resistance Profile Fair chemical resistance. Material Pros Self-extinguishing (UL94 V-0) High heat resistance Excellent electrical insulation Limitations Very prone to warping Requires extreme dry handling Request Quote in PC-FR (Flame Retardant Polycarbonate)
PA6 StandardBase: PA (Nylon)	Requires Extra Setup / Post-Processing	58 MPa	1.8 GPa	110°C	Slide rails, gears, living hinges, custom bushes
Engineering Datasheet PA6 Standard Overview Hardware Setup & Processing Requires Setup & Post-Processing (Chamber heat-soak & extreme drying) Classic Nylon 6. Possesses exceptional impact resistance, elastic recovery, and self-lubricating sliding characteristics. Mechanical Performance Tensile Strength 58 MPa Flexural Modulus 1.8 GPa Temp Limit (HDT) 110°C Density 1.12 g/cm³ Shear Strength 38 MPa Category Group base Chemical Resistance Profile Excellent resistance to automotive oils, fuels, and organic solvents. Material Pros Outstanding wear and friction characteristics High impact toughness Excellent fatigue life Limitations Highly hygroscopic (absorbs ambient moisture within hours, ruining prints) Flexible in thin walls (not stiff) Request Quote in PA6 Standard
PA12 StandardBase: PA (Nylon)	Requires Extra Setup / Post-Processing	50 MPa	1.5 GPa	95°C	Chemical containers, custom plumbing joints, outdoor wear strips
Engineering Datasheet PA12 Standard Overview Hardware Setup & Processing Requires Setup & Post-Processing (Chamber heat-soak & extreme drying) Nylon 12. Displays better dimensional stability and lower moisture absorption than Nylon 6, though slightly lower raw strength. Mechanical Performance Tensile Strength 50 MPa Flexural Modulus 1.5 GPa Temp Limit (HDT) 95°C Density 1.01 g/cm³ Shear Strength 32 MPa Category Group base Chemical Resistance Profile Exceptional resistance to chemicals; lowest water absorption among nylons. Material Pros Lowest moisture absorption of all nylons Superb chemical resistance High impact strength Limitations Lower heat deflection limit than PA6 Requires high print temperature Request Quote in PA12 Standard
PAHT (High-Temperature Nylon)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	65 MPa	2.0 GPa	120°C	Under-hood automotive casings, custom heated manifolds
Engineering Datasheet PAHT (High-Temperature Nylon) Overview Hardware Setup & Processing Requires Setup & Post-Processing (Chamber heat-soak & extreme drying) Co-polyamide engineered to maintain structural strength and resist deformation at higher working temperatures. Mechanical Performance Tensile Strength 65 MPa Flexural Modulus 2.0 GPa Temp Limit (HDT) 120°C Density 1.14 g/cm³ Shear Strength 42 MPa Category Group base Chemical Resistance Profile Excellent resistance to oils, greases, and fuels. Material Pros High thermal limit (120°C) Superior tensile strength Low friction Limitations Extreme warping tendency on standard printing beds Must be printed directly from a dry box Request Quote in PAHT (High-Temperature Nylon)
Polypropylene (PP) StandardBase: PP	Requires Extra Setup / Post-Processing	28 MPa	1.2 GPa	75°C	Chemical caps, laboratory containers, living hinge prototypes
Engineering Datasheet Polypropylene (PP) Standard Overview Hardware Setup & Processing Requires Setup (PP bed sheet or PP tape) Semi-crystalline polymer with exceptional chemical resistance, lowest density (floats in water), and unmatched fatigue life for living hinges. Mechanical Performance Tensile Strength 28 MPa Flexural Modulus 1.2 GPa Temp Limit (HDT) 75°C Density 0.90 g/cm³ Shear Strength 18 MPa Category Group base Chemical Resistance Profile Virtually impervious to most chemical reagents, strong acids, alkalis, and organic solvents. Material Pros Almost chemically inert Lowest density (0.90 g/cm³) Infinite fatigue resistance (perfect living hinges) Limitations Incredibly difficult to bond to standard build plates High shrinkage Request Quote in Polypropylene (PP) Standard
TPU 98A (Rigid Flex)Base: TPU	Ready (Direct Print)	40 MPa	0.15 GPa	65°C	Custom wheels, structural damping couplers, shock mount brackets
Engineering Datasheet TPU 98A (Rigid Flex) Overview Hardware Setup & Processing Ready (Top-feeder only, no AMS) A rigid elastomer that bridges the gap between flexible rubber and structural plastics. Easier to feed than soft TPUs. Mechanical Performance Tensile Strength 40 MPa Flexural Modulus 0.15 GPa Temp Limit (HDT) 65°C Density 1.21 g/cm³ Shear Strength 22 MPa Category Group base Chemical Resistance Profile Excellent resistance to greases, oils, and industrial solvents. Material Pros High wear resistance Tear-resistant Durable flexural memory Limitations AMS system incompatible due to elasticity Request Quote in TPU 98A (Rigid Flex)
TPU 95A / 95A HFBase: TPU	Ready (Direct Print)	35 MPa	0.08 GPa	60°C	Ergonomic protective shells, custom gaskets, seals, boots
Engineering Datasheet TPU 95A / 95A HF Overview Hardware Setup & Processing Ready (Top-feeder only, no AMS) Standard flexible elastomer. Can withstand repetitive compression and stretching without losing its shape. Mechanical Performance Tensile Strength 35 MPa Flexural Modulus 0.08 GPa Temp Limit (HDT) 60°C Density 1.21 g/cm³ Shear Strength 18 MPa Category Group base Chemical Resistance Profile Excellent resistance to oils and grease. Material Pros Highly flexible & elastic Incredibly tough (won't break) Vibration damping Limitations Requires slow feed rates to prevent extruder buckling Request Quote in TPU 95A / 95A HF
TPU 90ABase: TPU	Ready (Direct Print)	30 MPa	0.05 GPa	60°C	Soft-grip handles, phone protection bumpers, anti-vibration feet
Engineering Datasheet TPU 90A Overview Hardware Setup & Processing Ready (Top-feeder only, no AMS) Softer TPU elastomer. Ideal for tactile applications requiring a rubbery grip and significant shock absorption. Mechanical Performance Tensile Strength 30 MPa Flexural Modulus 0.05 GPa Temp Limit (HDT) 60°C Density 1.20 g/cm³ Shear Strength 15 MPa Category Group base Chemical Resistance Profile Good resistance to oils. Material Pros Highly rubbery feel Superb shock absorption Great compression recovery Limitations Very slow print speed required (<30mm/s) No AMS support Request Quote in TPU 90A
TPU / TPE 85A (Soft)Base: TPU / TPE	Requires Extra Setup / Post-Processing	25 MPa	0.03 GPa	55°C	Engine oil seals, soft suction cups, orthotic shoe insoles
Engineering Datasheet TPU / TPE 85A (Soft) Overview Hardware Setup & Processing Requires Setup (Ultra-slow speed <20mm/s) Extremely soft elastomer. Offers a high elongation at break (often >500%), feeling like soft shore rubber. Mechanical Performance Tensile Strength 25 MPa Flexural Modulus 0.03 GPa Temp Limit (HDT) 55°C Density 1.18 g/cm³ Shear Strength 12 MPa Category Group base Chemical Resistance Profile Good oil resistance. Material Pros Extreme elastic stretching Soft tactile feedback Excellent seal capabilities Limitations Highly prone to tangling inside standard extruders if printed fast Request Quote in TPU / TPE 85A (Soft)
TPE StandardBase: TPE	Requires Extra Setup / Post-Processing	24 MPa	0.02 GPa	55°C	Custom rubber seals, soft handles, shock bumper mounts
Engineering Datasheet TPE Standard Overview Hardware Setup & Processing Requires Setup (Ultra-slow speed <20mm/s) Thermoplastic elastomer. Soft touch feel, high tactile friction, and excellent shock-absorption properties. Mechanical Performance Tensile Strength 24 MPa Flexural Modulus 0.02 GPa Temp Limit (HDT) 55°C Density 1.16 g/cm³ Shear Strength 11 MPa Category Group base Chemical Resistance Profile Fair resistance. Material Pros Extremely flexible High friction traction grip Low compression set Limitations Stringing is very difficult to avoid Prone to extruder jam if printed fast Request Quote in TPE Standard
High Impact PolystyreneBase: HIPS	Requires Extra Setup / Post-Processing	32 MPa	1.5 GPa	85°C	Breakaway support structures, lightweight housing frames
Engineering Datasheet High Impact Polystyrene Overview Hardware Setup & Processing Requires Post-Processing (Breakaway support) Thermoplastic polymer with high impact resistance. Often used as a soluble support structure for complex ABS/ASA components. Mechanical Performance Tensile Strength 32 MPa Flexural Modulus 1.5 GPa Temp Limit (HDT) 85°C Density 1.04 g/cm³ Shear Strength 22 MPa Category Group base Chemical Resistance Profile Soluble in d-Limonene. Material Pros Soluble in d-Limonene Low moisture absorption Clean breakaway behavior Limitations Requires high print bed temperatures (90-100°C) Prone to warping Request Quote in High Impact Polystyrene
Polyvinyl Alcohol (Water Soluble)Base: PVA	Requires Extra Setup / Post-Processing	N/A	N/A	50°C	Soluble support structure for PLA prototypes
Engineering Datasheet Polyvinyl Alcohol (Water Soluble) Overview Hardware Setup & Processing Requires Setup (Keep completely dry) Water-soluble vinyl polymer used strictly as a support material. Dissolves cleanly in water, leaving zero marking on the model. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 50°C Density 1.25 g/cm³ Shear Strength N/A Category Group base Chemical Resistance Profile Completely soluble in tap water. Material Pros Dissolves completely in water Leaves clean surfaces on overhanging features Limitations Prone to melting and clogging if left inside hot nozzle idle Extremely sensitive to atmospheric moisture Request Quote in Polyvinyl Alcohol (Water Soluble)
Butanediol Vinyl Alcohol (Soluble)Base: BVOH	Requires Extra Setup / Post-Processing	N/A	N/A	50°C	Soluble support structure for PETG, ABS, and ASA prints
Engineering Datasheet Butanediol Vinyl Alcohol (Soluble) Overview Hardware Setup & Processing Requires Setup (Keep completely dry) Premium water-soluble support polymer. Dissolves significantly faster than PVA and has better adhesion to PETG, ABS, and ASA. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 50°C Density 1.24 g/cm³ Shear Strength N/A Category Group base Chemical Resistance Profile Highly soluble in water (dissolves faster than PVA). Material Pros Rapidly dissolves in tap water Better compatibility with high-temp polymers than PVA Limitations Very expensive Highly hygroscopic Request Quote in Butanediol Vinyl Alcohol (Soluble)
Polyvinylidene FluorideBase: PVDF	Unsupported (Industrial Grade)	N/A	N/A	150°C	Chemical pumps, custom valves, petrochemical seals (Industrial system only)
Engineering Datasheet Polyvinylidene Fluoride Overview Hardware Setup & Processing Unsupported (Exceeds P1S thermal limits) High-density engineering fluoropolymer. Unmatched chemical and thermal stability, but requires print temperatures beyond standard desktop hardware. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 150°C Density 1.78 g/cm³ Shear Strength N/A Category Group base Chemical Resistance Profile Near-total chemical inertness to strong acids, halogens, and organic solvents. Material Pros Outstanding chemical resistance Extreme UV stability Highly flame retardant Limitations Requires >330°C hotend Requires >120°C bed temperature Releases toxic HF gas if overheated Industrial systems needed. We provide industrial printing in this material on request.
PLA-CF (Carbon Fiber Filled PLA)Base: PLA	Ready (Direct Print)	65 MPa	4.5 GPa	58°C	Rigid display brackets, drone chassis, architectural frames
Engineering Datasheet PLA-CF (Carbon Fiber Filled PLA) Overview Hardware Setup & Processing Ready (Direct Print) PLA composite filled with short carbon fiber strands. Enhances rigidity, prevents warping, and yields a textured matte finish. Mechanical Performance Tensile Strength 65 MPa Flexural Modulus 4.5 GPa Temp Limit (HDT) 58°C Density 1.23 g/cm³ Shear Strength 28 MPa Category Group cf Chemical Resistance Profile Poor resistance to solvents. Material Pros Extremely stiff Very easy to print Beautiful textured finish hides layers Limitations Brittle under high impacts Requires wear-resistant nozzle Request Quote in PLA-CF (Carbon Fiber Filled PLA)
PETG-CF (Carbon Fiber Filled PETG)Base: PETG	Ready (Direct Print)	68 MPa	4.8 GPa	78°C	Structural enclosures, custom jigs, heavy-duty brackets
Engineering Datasheet PETG-CF (Carbon Fiber Filled PETG) Overview Hardware Setup & Processing Ready (Direct Print) PETG reinforced with carbon fiber. Delivers a significant increase in stiffness and dimensional stability over basic PETG. Mechanical Performance Tensile Strength 68 MPa Flexural Modulus 4.8 GPa Temp Limit (HDT) 78°C Density 1.32 g/cm³ Shear Strength 38 MPa Category Group cf Chemical Resistance Profile High chemical resistance to acids, salts, and bases. Material Pros Exceptional stiffness Very low shrinkage/warping Hydrophobic Limitations Lower impact strength than pure PETG Slightly brittle Request Quote in PETG-CF (Carbon Fiber Filled PETG)
PET-CF (Carbon Fiber Filled PET)Base: PET	Ready (Direct Print)	75 MPa	5.5 GPa	140°C	Engine bay fixtures, high-load brackets, structural frames
Engineering Datasheet PET-CF (Carbon Fiber Filled PET) Overview Hardware Setup & Processing Ready (Requires 100°C bed heat-soak) Carbon-fiber reinforced PET. Exhibits high temperature resistance (up to 140°C) and low moisture absorption, making it an excellent replacement for metal components. Mechanical Performance Tensile Strength 75 MPa Flexural Modulus 5.5 GPa Temp Limit (HDT) 140°C Density 1.34 g/cm³ Shear Strength 44 MPa Category Group cf Chemical Resistance Profile Excellent chemical and moisture resistance. Material Pros Exceptional heat deflection (140°C) Ultra-stiff structural rigidity Extremely low moisture absorption Limitations Prone to warping on large thin sections Request Quote in PET-CF (Carbon Fiber Filled PET)
ASA-CF (Carbon Fiber Filled ASA)Base: ASA	Ready (Direct Print)	48 MPa	3.8 GPa	100°C	Exterior automotive brackets, outdoor brackets, marine housings
Engineering Datasheet ASA-CF (Carbon Fiber Filled ASA) Overview Hardware Setup & Processing Ready (Enclosure Closed) ASA reinforced with carbon fiber. Offers the UV weatherability of ASA combined with high stiffness and reduced warping. Mechanical Performance Tensile Strength 48 MPa Flexural Modulus 3.8 GPa Temp Limit (HDT) 100°C Density 1.12 g/cm³ Shear Strength 32 MPa Category Group cf Chemical Resistance Profile Outstanding weather, moisture, and UV resistance. Material Pros UV-stable and weather proof High structural rigidity Low print warping compared to standard ASA Limitations Requires closed printer enclosure to prevent layer splitting Request Quote in ASA-CF (Carbon Fiber Filled ASA)
ABS-CF (Carbon Fiber Filled ABS)Base: ABS	Ready (Direct Print)	56 MPa	4.5 GPa	100°C	Handheld casings, drone arms, automotive brackets
Engineering Datasheet ABS-CF (Carbon Fiber Filled ABS) Overview Hardware Setup & Processing Ready (Enclosure Closed) ABS polymer reinforced with carbon fibers. Combines the strength and heat resistance of ABS with the extreme stiffness and low weight of carbon fiber. Mechanical Performance Tensile Strength 56 MPa Flexural Modulus 4.5 GPa Temp Limit (HDT) 100°C Density 1.12 g/cm³ Shear Strength 35 MPa Category Group cf Chemical Resistance Profile Good resistance to oils, greases, and weak chemicals. Material Pros Ultra-stiff Lightweight High heat tolerance Premium matte finish Limitations Brittle in Z-axis under bending stress Requires wear-resistant nozzle Request Quote in ABS-CF (Carbon Fiber Filled ABS)
PA6-CF (Carbon Fiber Filled Nylon 6)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	110 MPa	8.5 GPa	180°C	Motorsport parts, aerospace brackets, tooling jigs
Engineering Datasheet PA6-CF (Carbon Fiber Filled Nylon 6) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) Nylon 6 matrix reinforced with carbon fiber. Possesses extreme mechanical strength, rigidity, and high heat resistance. Mechanical Performance Tensile Strength 110 MPa Flexural Modulus 8.5 GPa Temp Limit (HDT) 180°C Density 1.26 g/cm³ Shear Strength 55 MPa Category Group cf Chemical Resistance Profile Excellent resistance to automotive fuels, oils, and lubricants. Material Pros Extremely rigid Highest strength-to-weight ratio Excellent temperature deflection Limitations Very abrasive on standard nozzles Highly hygroscopic Request Quote in PA6-CF (Carbon Fiber Filled Nylon 6)
PA12-CF (Carbon Fiber Filled Nylon 12)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	95 MPa	7.0 GPa	160°C	Custom fuel system brackets, structural brackets, outdoor load parts
Engineering Datasheet PA12-CF (Carbon Fiber Filled Nylon 12) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) Nylon 12 matrix reinforced with carbon fiber. Displays superior dimensional stability and lower moisture absorption than PA6-CF. Mechanical Performance Tensile Strength 95 MPa Flexural Modulus 7.0 GPa Temp Limit (HDT) 160°C Density 1.15 g/cm³ Shear Strength 48 MPa Category Group cf Chemical Resistance Profile Excellent chemical resistance; low water absorption. Material Pros Low water absorption High dimensional stability Excellent rigidity Limitations Slightly lower raw strength than PA6-CF Request Quote in PA12-CF (Carbon Fiber Filled Nylon 12)
PAHT-CF (High-Temp Carbon Fiber Nylon)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	115 MPa	8.8 GPa	185°C	Custom manifolds, engine heat brackets, high-load brackets
Engineering Datasheet PAHT-CF (High-Temp Carbon Fiber Nylon) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) High-temperature co-polyamide reinforced with carbon fiber. Offers the highest tensile strength and thermal limit among nylon composites. Mechanical Performance Tensile Strength 115 MPa Flexural Modulus 8.8 GPa Temp Limit (HDT) 185°C Density 1.27 g/cm³ Shear Strength 56 MPa Category Group cf Chemical Resistance Profile Exceptional resistance to oils, greases, and fuels. Material Pros Highest tensile strength (115 MPa) Outstanding heat resistance (185°C) Extreme structural stiffness Limitations Very abrasive Must be printed directly from a dry chamber Request Quote in PAHT-CF (High-Temp Carbon Fiber Nylon)
PPA-CF (Polyphthalamide CF)Base: PPA	Unsupported (Industrial Grade)	N/A	N/A	220°C	Industrial machinery brackets, high-temperature manifolds (Industrial system only)
Engineering Datasheet PPA-CF (Polyphthalamide CF) Overview Hardware Setup & Processing Unsupported (Requires >300°C hotend / >100°C bed) High-performance polyphthalamide composite reinforced with carbon fiber. Features outstanding structural strength and thermal properties. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 220°C Density 1.38 g/cm³ Shear Strength N/A Category Group cf Chemical Resistance Profile Extreme resistance to organic chemicals, hot water, and oils. Material Pros Extremely high structural strength Stays stiff at high temperatures Limitations Requires high bed and hotend temperatures beyond P1S limits Industrial systems needed. We provide industrial printing in this material on request.
PPS-CF (Polyphenylene Sulfide CF)Base: PPS	Unsupported (Industrial Grade)	N/A	N/A	240°C	Chemical process brackets, extreme industrial pump parts (Industrial system only)
Engineering Datasheet PPS-CF (Polyphenylene Sulfide CF) Overview Hardware Setup & Processing Unsupported (Requires >300°C hotend / >100°C bed) Polyphenylene sulfide reinforced with carbon fiber. Inherently flame retardant and extremely stable at high operating temperatures. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 240°C Density 1.42 g/cm³ Shear Strength N/A Category Group cf Chemical Resistance Profile Exceptional chemical resistance; virtually insoluble in any known solvent below 200°C. Material Pros Unmatched chemical resistance High thermal deflection (240°C) Flame retardant Limitations Requires print parameters exceeding desktop hardware limits Industrial systems needed. We provide industrial printing in this material on request.
PEEK-CF (Polyether ether ketone CF)Base: PEEK	Unsupported (Industrial Grade)	N/A	N/A	280°C	Aerospace structural brackets, custom bone implants, engine brackets (Industrial system only)
Engineering Datasheet PEEK-CF (Polyether ether ketone CF) Overview Hardware Setup & Processing Unsupported (Requires >360°C hotend / actively heated chamber) Industrial-grade PEEK polymer reinforced with carbon fiber. One of the strongest thermoplastic composites in existence, used as a metal replacement. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 280°C Density 1.35 g/cm³ Shear Strength N/A Category Group cf Chemical Resistance Profile Extreme chemical inertness. Material Pros Metal-replacement strength Extreme temperature limits Excellent fatigue resistance Limitations Extremely difficult to print Requires industrial actively heated chambers and hotends Industrial systems needed. We provide industrial printing in this material on request.
PEI-CF (Ultem Carbon Fiber)Base: PEI	Unsupported (Industrial Grade)	N/A	N/A	210°C	Aerospace interior panels, train structural parts, battery brackets (Industrial system only)
Engineering Datasheet PEI-CF (Ultem Carbon Fiber) Overview Hardware Setup & Processing Unsupported (Requires >360°C hotend / actively heated chamber) Polyetherimide (Ultem) reinforced with carbon fiber. Inherently flame retardant (UL94 V-0) with low smoke emission. Mechanical Performance Tensile Strength N/A Flexural Modulus N/A Temp Limit (HDT) 210°C Density 1.40 g/cm³ Shear Strength N/A Category Group cf Chemical Resistance Profile Outstanding chemical resistance and flame retardance. Material Pros Flame retardant and low smoke toxicity Extreme structural stiffness Limitations Requires high print temperatures beyond standard desktop units Industrial systems needed. We provide industrial printing in this material on request.
PLA-GF (Glass Fiber Filled PLA)Base: PLA	Ready (Direct Print)	58 MPa	3.8 GPa	58°C	Rigid casing prototypes, display fixtures
Engineering Datasheet PLA-GF (Glass Fiber Filled PLA) Overview Hardware Setup & Processing Ready (Direct Print) PLA composite filled with short glass fiber strands. Offers improved impact and flexural resistance over standard PLA, with a clean surface finish. Mechanical Performance Tensile Strength 58 MPa Flexural Modulus 3.8 GPa Temp Limit (HDT) 58°C Density 1.31 g/cm³ Shear Strength 26 MPa Category Group gf Chemical Resistance Profile Poor resistance to solvents. Material Pros Increased stiffness Excellent dimensional accuracy Low warping Limitations Brittle in Z-axis Nozzle wear Request Quote in PLA-GF (Glass Fiber Filled PLA)
PETG-GF (Glass Fiber Filled PETG)Base: PETG	Ready (Direct Print)	60 MPa	4.2 GPa	75°C	Outdoor enclosures, industrial housings, load brackets
Engineering Datasheet PETG-GF (Glass Fiber Filled PETG) Overview Hardware Setup & Processing Ready (Direct Print) PETG polymer reinforced with glass fibers. Displays improved structural impact toughness and weatherability compared to standard PETG. Mechanical Performance Tensile Strength 60 MPa Flexural Modulus 4.2 GPa Temp Limit (HDT) 75°C Density 1.38 g/cm³ Shear Strength 34 MPa Category Group gf Chemical Resistance Profile High resistance to water and weak acids. Material Pros High impact resistance Excellent moisture resistance Dimensionally stable Limitations Slightly heavier than standard PETG Request Quote in PETG-GF (Glass Fiber Filled PETG)
ABS-GF (Glass Fiber Filled ABS)Base: ABS	Ready (Direct Print)	52 MPa	4.2 GPa	98°C	Electronic enclosures, structural fixtures, automotive brackets
Engineering Datasheet ABS-GF (Glass Fiber Filled ABS) Overview Hardware Setup & Processing Ready (Enclosure Closed) ABS polymer reinforced with glass fibers. Offers reduced thermal shrinkage (less warp) and significantly higher stiffness and heat resistance than standard ABS. Mechanical Performance Tensile Strength 52 MPa Flexural Modulus 4.2 GPa Temp Limit (HDT) 98°C Density 1.15 g/cm³ Shear Strength 33 MPa Category Group gf Chemical Resistance Profile Resistant to acids and alkalis; soluble in acetone. Material Pros Reduced warping Higher stiffness Heat resistant Dimensionally stable Limitations Requires high bed and chamber temperature Abrasive on nozzles Request Quote in ABS-GF (Glass Fiber Filled ABS)
ASA-GF (Glass Fiber Filled ASA)Base: ASA	Ready (Direct Print)	46 MPa	3.7 GPa	100°C	Outdoor fixtures, marine housings, structural exterior parts
Engineering Datasheet ASA-GF (Glass Fiber Filled ASA) Overview Hardware Setup & Processing Ready (Enclosure Closed) ASA reinforced with glass fibers. Combines the weather resistance of ASA with enhanced stiffness and dimensional stability. Mechanical Performance Tensile Strength 46 MPa Flexural Modulus 3.7 GPa Temp Limit (HDT) 100°C Density 1.18 g/cm³ Shear Strength 31 MPa Category Group gf Chemical Resistance Profile Excellent weather, moisture, and UV resistance. Material Pros Excellent UV stability Strong structural flexural modulus Reduced print warping Limitations Requires closed enclosure to prevent delamination Request Quote in ASA-GF (Glass Fiber Filled ASA)
PA6-GF (Glass Fiber Filled Nylon 6)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	70 MPa	5.5 GPa	150°C	Tooling inserts, load-bearing brackets, heavy-duty industrial housings
Engineering Datasheet PA6-GF (Glass Fiber Filled Nylon 6) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) Nylon 6 matrix reinforced with glass fiber. Exhibits high impact toughness, heat deflection (up to 150°C), and excellent wear characteristics. Mechanical Performance Tensile Strength 70 MPa Flexural Modulus 5.5 GPa Temp Limit (HDT) 150°C Density 1.35 g/cm³ Shear Strength 42 MPa Category Group gf Chemical Resistance Profile High resistance to fuels, industrial lubricants, solvents, and weathering. Material Pros Outstanding impact absorption Superb heat deflection limit (150°C) Cost-effective compared to CF composites Limitations Heavy compared to carbon fiber Abrasive on standard printing nozzles Request Quote in PA6-GF (Glass Fiber Filled Nylon 6)
PA12-GF (Glass Fiber Filled Nylon 12)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	62 MPa	4.8 GPa	135°C	Outdoor enclosures, load-bearing structural parts, custom manifolds
Engineering Datasheet PA12-GF (Glass Fiber Filled Nylon 12) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) Nylon 12 matrix reinforced with glass fiber. Provides better dimensional stability and lower moisture absorption than PA6-GF. Mechanical Performance Tensile Strength 62 MPa Flexural Modulus 4.8 GPa Temp Limit (HDT) 135°C Density 1.25 g/cm³ Shear Strength 36 MPa Category Group gf Chemical Resistance Profile Excellent chemical resistance; low water absorption. Material Pros Low water absorption Better dimensional stability than PA6-GF Good impact strength Limitations Slightly lower strength and heat limit than PA6-GF Request Quote in PA12-GF (Glass Fiber Filled Nylon 12)
PAHT-GF (High-Temp Glass Fiber Nylon)Base: PA (Nylon)	Requires Extra Setup / Post-Processing	78 MPa	6.2 GPa	160°C	Under-hood automotive components, high-load brackets, structural fixtures
Engineering Datasheet PAHT-GF (High-Temp Glass Fiber Nylon) Overview Hardware Setup & Processing Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying) High-temperature Nylon reinforced with glass fiber. Features a high heat deflection limit and outstanding mechanical strength. Mechanical Performance Tensile Strength 78 MPa Flexural Modulus 6.2 GPa Temp Limit (HDT) 160°C Density 1.36 g/cm³ Shear Strength 46 MPa Category Group gf Chemical Resistance Profile Excellent resistance to automotive oils, greases, and fuels. Material Pros Outstanding mechanical strength High heat resistance (160°C) Dimensionally stable Limitations Highly abrasive Requires direct dry feeding Request Quote in PAHT-GF (High-Temp Glass Fiber Nylon)
Stainless Steel Powder FilledBase: PLA	Requires Extra Setup / Post-Processing	30 MPa	4.8 GPa	55°C	Statues, metal prototypes, weight fixtures, custom coins
Engineering Datasheet Stainless Steel Powder Filled Overview Hardware Setup & Processing Requires Setup (Risk of brittle snapping in 0.4mm lines) PLA composite containing 60-70% stainless steel powder. Yields very heavy parts that feel like cast metal, and can be post-polished or sintered. Mechanical Performance Tensile Strength 30 MPa Flexural Modulus 4.8 GPa Temp Limit (HDT) 55°C Density 2.80 g/cm³ Shear Strength 15 MPa Category Group metal Chemical Resistance Profile Poor resistance. Material Pros Feels and weighs like real metal Can be polished to a mirror shine Fully magnetic Limitations Very brittle before sintering Extremely abrasive Highly prone to clogging in 0.4mm nozzles Request Quote in Stainless Steel Powder Filled
Copper Powder FilledBase: PLA	Requires Extra Setup / Post-Processing	28 MPa	4.5 GPa	55°C	Ornaments, bronze-age replicas, weight mockups
Engineering Datasheet Copper Powder Filled Overview Hardware Setup & Processing Requires Setup (Risk of brittle snapping in 0.4mm lines) PLA composite containing 60-70% copper powder. Yields heavy components with metallic tactile feedback. Can be polished or chemically oxidized for patina. Mechanical Performance Tensile Strength 28 MPa Flexural Modulus 4.5 GPa Temp Limit (HDT) 55°C Density 3.10 g/cm³ Shear Strength 14 MPa Category Group metal Chemical Resistance Profile Poor resistance. Material Pros Real copper feel and weight Post-process patina compatible Polishable Limitations Very brittle Highly abrasive Snaps easily in bowden tubes Request Quote in Copper Powder Filled
Bronze Powder FilledBase: PLA	Requires Extra Setup / Post-Processing	29 MPa	4.6 GPa	55°C	Artistic sculptures, premium mockups, heavy gears
Engineering Datasheet Bronze Powder Filled Overview Hardware Setup & Processing Requires Setup (Risk of brittle snapping in 0.4mm lines) PLA composite containing 60-70% bronze powder. Extremely heavy and feels cold to the touch like cast bronze. Ideal for premium artistic prints. Mechanical Performance Tensile Strength 29 MPa Flexural Modulus 4.6 GPa Temp Limit (HDT) 55°C Density 3.00 g/cm³ Shear Strength 14 MPa Category Group metal Chemical Resistance Profile Poor resistance. Material Pros Cold metal touch and weight Beautiful polishing characteristics Limitations Brittle filament Highly abrasive Low tensile strength Request Quote in Bronze Powder Filled
Iron Powder Filled (Magnetic)Base: PLA	Requires Extra Setup / Post-Processing	32 MPa	4.8 GPa	55°C	Magnetic brackets, rusted sculptures, weight mockups
Engineering Datasheet Iron Powder Filled (Magnetic) Overview Hardware Setup & Processing Requires Setup (Risk of brittle snapping in 0.4mm lines) PLA composite containing 60-70% fine iron powder. Parts are highly magnetic and can be rusted using vinegar/salt mixtures for weathering. Mechanical Performance Tensile Strength 32 MPa Flexural Modulus 4.8 GPa Temp Limit (HDT) 55°C Density 2.90 g/cm³ Shear Strength 16 MPa Category Group metal Chemical Resistance Profile Poor resistance (rusts easily if wet). Material Pros Fully magnetic and rustable Cast iron weight and feel Limitations Abrasive on nozzles Prone to snapping during feeding Request Quote in Iron Powder Filled (Magnetic)

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Material & Variant

Print Capability Status

Tensile Strength

Flexural Modulus

Temp Limit (HDT)

Best Use Cases

Action

PLA Basic / StandardBase: PLA

Ready (Direct Print)

55 MPa

3.3 GPa

55°C

Visual mockups, architectural models, low-stress enclosures

Engineering Datasheet

PLA Basic / Standard Overview

Hardware Setup & Processing

Ready (Enclosure Open)

The standard polymer for general modeling and rapid fit-checks. Yields the cleanest aesthetic results with low shrinkage.

Mechanical Performance

Tensile Strength

55 MPa

Flexural Modulus

3.3 GPa

Temp Limit (HDT)

55°C

Density

1.24 g/cm³

Shear Strength

24 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance to organic solvents; fair resistance to weak acids/bases.

Material Pros

Easy to print
Biodegradable
Excellent surface finish
No enclosure required

Limitations

Low temperature limit (55°C)
Brittle impact resistance

Request Quote in PLA Basic / Standard

PLA MatteBase: PLA

Ready (Direct Print)

50 MPa

3.2 GPa

55°C

Marketing displays, design prototypes, architectural models

Engineering Datasheet

PLA Matte Overview

Hardware Setup & Processing

Ready (Enclosure Open)

PLA with elastomer additives to produce a premium matte surface. Extremely effective at hiding layer lines.

Mechanical Performance

Tensile Strength

50 MPa

Flexural Modulus

3.2 GPa

Temp Limit (HDT)

55°C

Density

1.24 g/cm³

Shear Strength

22 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance to solvents.

Material Pros

Gorgeous flat-matte finish
Low warp
Easy post-processing

Limitations

Lower tensile strength than standard PLA
Slightly more abrasive

Request Quote in PLA Matte

PLA Silk / Silk+Base: PLA

Ready (Direct Print)

52 MPa

3.0 GPa

52°C

Trophies, display cases, premium product models

Engineering Datasheet

PLA Silk / Silk+ Overview

Hardware Setup & Processing

Ready (Enclosure Open)

PLA infused with thermoplastic elastomers to yield a high-lustre, shiny metallic sheen that diffuses layer transitions.

Mechanical Performance

Tensile Strength

52 MPa

Flexural Modulus

3.0 GPa

Temp Limit (HDT)

52°C

Density

1.24 g/cm³

Shear Strength

20 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance to solvents.

Material Pros

Reflective high-lustre finish
Hides layer lines
Vibrant colors

Limitations

Slightly poorer layer adhesion than standard PLA
Brittle in structural applications

Request Quote in PLA Silk / Silk+

PLA Tough / Tough+Base: PLA

Ready (Direct Print)

60 MPa

3.4 GPa

58°C

Functional assembly fit tests, brackets, jigs & fixtures

Engineering Datasheet

PLA Tough / Tough+ Overview

Hardware Setup & Processing

Ready (Enclosure Open)

Specially formulated PLA with impact modifiers. Offers toughness and impact resistance comparable to ABS while retaining PLA's ease of printing.

Mechanical Performance

Tensile Strength

60 MPa

Flexural Modulus

3.4 GPa

Temp Limit (HDT)

58°C

Density

1.25 g/cm³

Shear Strength

26 MPa

Category Group

base

Chemical Resistance Profile

Fair resistance to chemicals.

Material Pros

ABS-like impact resistance
High tensile strength
Low shrinkage

Limitations

Low temperature deflection (58°C)
More expensive than basic PLA

Request Quote in PLA Tough / Tough+

PLA Galaxy / Sparkle / ShimmerBase: PLA

Ready (Direct Print)

54 MPa

3.2 GPa

55°C

Consumer product shells, cosmetic prototypes

Engineering Datasheet

PLA Galaxy / Sparkle / Shimmer Overview

Hardware Setup & Processing

Ready (Enclosure Open)

Aesthetic PLA infused with tiny reflective glitter particles. Offers an outstanding visual finish that hides layer lines completely.

Mechanical Performance

Tensile Strength

54 MPa

Flexural Modulus

3.2 GPa

Temp Limit (HDT)

55°C

Density

1.24 g/cm³

Shear Strength

23 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Glitter effect hides layer lines
Easy to print
Premium aesthetic

Limitations

Slightly abrasive on standard brass nozzles

Request Quote in PLA Galaxy / Sparkle / Shimmer

PLA MarbleBase: PLA

Ready (Direct Print)

53 MPa

3.2 GPa

55°C

Sculptures, architectural mockups, ornaments

Engineering Datasheet

PLA Marble Overview

Hardware Setup & Processing

Ready (Enclosure Open)

PLA polymer infused with dark particles to replicate the texture and aesthetic appearance of natural marble stone.

Mechanical Performance

Tensile Strength

53 MPa

Flexural Modulus

3.2 GPa

Temp Limit (HDT)

55°C

Density

1.24 g/cm³

Shear Strength

22 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Natural marble look
Matte finish
Low warp

Limitations

Particulate infill can cause minor nozzle wear over time

Request Quote in PLA Marble

PLA Metal-look (Non-metallic)Base: PLA

Ready (Direct Print)

54 MPa

3.1 GPa

55°C

Cosmetic casing prototypes, jewelry mockups

Engineering Datasheet

PLA Metal-look (Non-metallic) Overview

Hardware Setup & Processing

Ready (Enclosure Open)

Aesthetic PLA featuring fine non-abrasive metallic pigments to mimic aluminum, brass, or copper without the weight or abrasion of real metal powders.

Mechanical Performance

Tensile Strength

54 MPa

Flexural Modulus

3.1 GPa

Temp Limit (HDT)

55°C

Density

1.25 g/cm³

Shear Strength

23 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Sleek metallic look
Non-abrasive on brass nozzles
Easy printing

Limitations

Slightly weaker layer bonding than basic PLA

Request Quote in PLA Metal-look (Non-metallic)

PLA TranslucentBase: PLA

Ready (Direct Print)

56 MPa

3.3 GPa

55°C

Light guides, custom cases, packaging mockups

Engineering Datasheet

PLA Translucent Overview

Hardware Setup & Processing

Ready (Enclosure Open)

Highly clear PLA formulation without opaque colorants. Allows light to diffuse through thin walls.

Mechanical Performance

Tensile Strength

56 MPa

Flexural Modulus

3.3 GPa

Temp Limit (HDT)

55°C

Density

1.24 g/cm³

Shear Strength

25 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Semi-transparent visual properties
Low warping
Great light transmission

Limitations

Infill lines are visible internally

Request Quote in PLA Translucent

PLA Wood-Filled (Organic fiber)Base: PLA

Ready (Direct Print)

35 MPa

2.8 GPa

55°C

Architectural restoration models, wood mockups, carvings

Engineering Datasheet

PLA Wood-Filled (Organic fiber) Overview

Hardware Setup & Processing

Ready (Enclosure Open)

Composite polymer containing 30-40% recycled wood fibers. Yields parts that look, feel, smell, and can be finished like real timber.

Mechanical Performance

Tensile Strength

35 MPa

Flexural Modulus

2.8 GPa

Temp Limit (HDT)

55°C

Density

1.15 g/cm³

Shear Strength

16 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Authentic wood texture
Can be sanded, stained, or painted
Hides layer lines

Limitations

Brittle structural properties
Higher risk of nozzle clogging

Request Quote in PLA Wood-Filled (Organic fiber)

PLA Glow-in-the-Dark (Phosphorescent)Base: PLA

Ready (Direct Print)

53 MPa

3.2 GPa

55°C

Novelty enclosures, safety markers, glowing displays

Engineering Datasheet

PLA Glow-in-the-Dark (Phosphorescent) Overview

Hardware Setup & Processing

Ready (Enclosure Open)

PLA infused with phosphorescent aluminate particles that absorb light and glow in dark environments.

Mechanical Performance

Tensile Strength

53 MPa

Flexural Modulus

3.2 GPa

Temp Limit (HDT)

55°C

Density

1.25 g/cm³

Shear Strength

22 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Bright phosphorescent glow
Standard PLA print settings

Limitations

Highly abrasive (requires wear-resistant nozzle)

Request Quote in PLA Glow-in-the-Dark (Phosphorescent)

LW-PLA (Lightweight Foaming PLA)Base: PLA

Requires Extra Setup / Post-Processing

15 MPa

0.9 GPa

55°C

RC airplane wings, lightweight drone components, floats

Engineering Datasheet

LW-PLA (Lightweight Foaming PLA) Overview

Hardware Setup & Processing

Requires Setup (Flow rate calibration)

Active-foaming PLA that expands up to 3x its volume at high hotend temperatures, reducing printed weight by up to 60%.

Mechanical Performance

Tensile Strength

15 MPa

Flexural Modulus

0.9 GPa

Temp Limit (HDT)

55°C

Density

0.60 g/cm³

Shear Strength

8 MPa

Category Group

base

Chemical Resistance Profile

Poor resistance.

Material Pros

Extremely lightweight
Reduces print weight by 50-60%
Easy to sand

Limitations

Very low mechanical strength
Highly prone to stringing

Request Quote in LW-PLA (Lightweight Foaming PLA)

PETG Basic / StandardBase: PETG

Ready (Direct Print)

50 MPa

2.1 GPa

70°C

Functional brackets, containers, snap-fit assemblies

Engineering Datasheet

PETG Basic / Standard Overview

Hardware Setup & Processing

Ready (Direct Print)

Highly versatile prototyping plastic. Combines PLA ease of printing with increased impact strength and temperature resistance.

Mechanical Performance

Tensile Strength

50 MPa

Flexural Modulus

2.1 GPa

Temp Limit (HDT)

70°C

Density

1.27 g/cm³

Shear Strength

32 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance to water, weak acids/alkalis, and oils.

Material Pros

High impact resistance
Excellent layer bonding
Minimal warping
Hydrophobic

Limitations

Prone to stringing
Shiny surface shows scratches

Request Quote in PETG Basic / Standard

PETG HF (High-Flow)Base: PETG

Ready (Direct Print)

48 MPa

2.0 GPa

70°C

Rapid production runs, high-speed functional prototyping

Engineering Datasheet

PETG HF (High-Flow) Overview

Hardware Setup & Processing

Ready (Direct Print)

PETG optimized for high-speed printing. Possesses a higher melt flow index to prevent flow bottlenecks at high print speeds.

Mechanical Performance

Tensile Strength

48 MPa

Flexural Modulus

2.0 GPa

Temp Limit (HDT)

70°C

Density

1.26 g/cm³

Shear Strength

30 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance.

Material Pros

Prints up to 2x faster than basic PETG
Sleek matte-satin finish
Low warping

Limitations

Slightly lower tensile strength than basic PETG

Request Quote in PETG HF (High-Flow)

PETG TranslucentBase: PETG

Ready (Direct Print)

51 MPa

2.1 GPa

70°C

LED light diffusers, bottles, sight glasses, lenses

Engineering Datasheet

PETG Translucent Overview

Hardware Setup & Processing

Ready (Direct Print)

PETG without coloring agents. When printed with specialized high-infill settings, it yields outstanding clarity and optical diffusion.

Mechanical Performance

Tensile Strength

51 MPa

Flexural Modulus

2.1 GPa

Temp Limit (HDT)

70°C

Density

1.27 g/cm³

Shear Strength

32 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance.

Material Pros

Excellent optical clarity
Water-resistant
Durable impact strength

Limitations

Requires slow print speeds for maximum clarity

Request Quote in PETG Translucent

ABS Basic / StandardBase: ABS

Ready (Direct Print)

38 MPa

1.9 GPa

90°C

Electronic enclosures, automotive housings, moving parts

Engineering Datasheet

ABS Basic / Standard Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

Industry-standard enclosures polymer. High heat resistance and impact strength, widely used for mechanical assemblies.

Mechanical Performance

Tensile Strength

38 MPa

Flexural Modulus

1.9 GPa

Temp Limit (HDT)

90°C

Density

1.04 g/cm³

Shear Strength

28 MPa

Category Group

base

Chemical Resistance Profile

Resistant to water, salts, acids; soluble in acetone.

Material Pros

High temperature rating (90°C)
Excellent impact strength
Acetone vapor smoothing compatible

Limitations

High thermal shrinkage (warp-prone)
Smelly fumes during printing

Request Quote in ABS Basic / Standard

ASA Basic / StandardBase: ASA

Ready (Direct Print)

40 MPa

2.0 GPa

95°C

Outdoor housings, marine parts, exterior brackets

Engineering Datasheet

ASA Basic / Standard Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

An alternative to ABS optimized for outdoor use. Does not yellow or degrade under solar UV exposure.

Mechanical Performance

Tensile Strength

40 MPa

Flexural Modulus

2.0 GPa

Temp Limit (HDT)

95°C

Density

1.07 g/cm³

Shear Strength

30 MPa

Category Group

base

Chemical Resistance Profile

Exceptional UV and weather resistance; soluble in acetone.

Material Pros

Unbeatable outdoor durability
High impact strength
Slightly less warp than ABS

Limitations

Requires closed enclosure to prevent draft delamination
Emits styrene odor

Request Quote in ASA Basic / Standard

ASA Aero (Foamed/Lightweight ASA)Base: ASA

Requires Extra Setup / Post-Processing

18 MPa

1.1 GPa

95°C

Lightweight marine components, RC outdoor planes, weather UAVs

Engineering Datasheet

ASA Aero (Foamed/Lightweight ASA) Overview

Hardware Setup & Processing

Requires Setup (Flow rate calibration)

Active-foaming ASA that expands at high print temperatures. Combines the weather resistance and heat profile of ASA with a low density.

Mechanical Performance

Tensile Strength

18 MPa

Flexural Modulus

1.1 GPa

Temp Limit (HDT)

95°C

Density

0.75 g/cm³

Shear Strength

12 MPa

Category Group

base

Chemical Resistance Profile

High UV and outdoor resistance.

Material Pros

30% lighter than standard ASA
Excellent heat and UV resistance
Highly sandable

Limitations

Low tensile strength
Prone to minor stringing

Request Quote in ASA Aero (Foamed/Lightweight ASA)

Polycarbonate Standard (PC)Base: PC

Requires Extra Setup / Post-Processing

65 MPa

2.3 GPa

135°C

High-stress structural brackets, high-temperature tooling, machine shields

Engineering Datasheet

Polycarbonate Standard (PC) Overview

Hardware Setup & Processing

Requires Setup (Bed 100°C & chamber heat-soak)

One of the toughest unreinforced materials. Offers extreme impact resistance, rigidity, and high heat tolerance.

Mechanical Performance

Tensile Strength

65 MPa

Flexural Modulus

2.3 GPa

Temp Limit (HDT)

135°C

Density

1.20 g/cm³

Shear Strength

40 MPa

Category Group

base

Chemical Resistance Profile

Fair resistance to weak acids; sensitive to strong solvents and hydrocarbons.

Material Pros

Incredibly tough (near-unbreakable)
High thermal limit (135°C)
Excellent stiffness

Limitations

High printing temp required (280-300°C)
Severe warping on large parts without pre-heated chamber

Request Quote in Polycarbonate Standard (PC)

PC-FR (Flame Retardant Polycarbonate)Base: PC

Requires Extra Setup / Post-Processing

62 MPa

2.2 GPa

130°C

Electrical switch boxes, aerospace interiors, battery enclosures

Engineering Datasheet

PC-FR (Flame Retardant Polycarbonate) Overview

Hardware Setup & Processing

Requires Setup (Bed 100°C & chamber heat-soak)

Flame retardant polycarbonate formulated to pass strict fire safety certifications (typically UL94 V-0 at 1.5mm thickness).

Mechanical Performance

Tensile Strength

62 MPa

Flexural Modulus

2.2 GPa

Temp Limit (HDT)

130°C

Density

1.22 g/cm³

Shear Strength

38 MPa

Category Group

base

Chemical Resistance Profile

Fair chemical resistance.

Material Pros

Self-extinguishing (UL94 V-0)
High heat resistance
Excellent electrical insulation

Limitations

Very prone to warping
Requires extreme dry handling

Request Quote in PC-FR (Flame Retardant Polycarbonate)

PA6 StandardBase: PA (Nylon)

Requires Extra Setup / Post-Processing

58 MPa

1.8 GPa

110°C

Slide rails, gears, living hinges, custom bushes

Engineering Datasheet

PA6 Standard Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (Chamber heat-soak & extreme drying)

Classic Nylon 6. Possesses exceptional impact resistance, elastic recovery, and self-lubricating sliding characteristics.

Mechanical Performance

Tensile Strength

58 MPa

Flexural Modulus

1.8 GPa

Temp Limit (HDT)

110°C

Density

1.12 g/cm³

Shear Strength

38 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance to automotive oils, fuels, and organic solvents.

Material Pros

Outstanding wear and friction characteristics
High impact toughness
Excellent fatigue life

Limitations

Highly hygroscopic (absorbs ambient moisture within hours, ruining prints)
Flexible in thin walls (not stiff)

Request Quote in PA6 Standard

PA12 StandardBase: PA (Nylon)

Requires Extra Setup / Post-Processing

50 MPa

1.5 GPa

95°C

Chemical containers, custom plumbing joints, outdoor wear strips

Engineering Datasheet

PA12 Standard Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (Chamber heat-soak & extreme drying)

Nylon 12. Displays better dimensional stability and lower moisture absorption than Nylon 6, though slightly lower raw strength.

Mechanical Performance

Tensile Strength

50 MPa

Flexural Modulus

1.5 GPa

Temp Limit (HDT)

95°C

Density

1.01 g/cm³

Shear Strength

32 MPa

Category Group

base

Chemical Resistance Profile

Exceptional resistance to chemicals; lowest water absorption among nylons.

Material Pros

Lowest moisture absorption of all nylons
Superb chemical resistance
High impact strength

Limitations

Lower heat deflection limit than PA6
Requires high print temperature

Request Quote in PA12 Standard

PAHT (High-Temperature Nylon)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

65 MPa

2.0 GPa

120°C

Under-hood automotive casings, custom heated manifolds

Engineering Datasheet

PAHT (High-Temperature Nylon) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (Chamber heat-soak & extreme drying)

Co-polyamide engineered to maintain structural strength and resist deformation at higher working temperatures.

Mechanical Performance

Tensile Strength

65 MPa

Flexural Modulus

2.0 GPa

Temp Limit (HDT)

120°C

Density

1.14 g/cm³

Shear Strength

42 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance to oils, greases, and fuels.

Material Pros

High thermal limit (120°C)
Superior tensile strength
Low friction

Limitations

Extreme warping tendency on standard printing beds
Must be printed directly from a dry box

Request Quote in PAHT (High-Temperature Nylon)

Polypropylene (PP) StandardBase: PP

Requires Extra Setup / Post-Processing

28 MPa

1.2 GPa

75°C

Chemical caps, laboratory containers, living hinge prototypes

Engineering Datasheet

Polypropylene (PP) Standard Overview

Hardware Setup & Processing

Requires Setup (PP bed sheet or PP tape)

Semi-crystalline polymer with exceptional chemical resistance, lowest density (floats in water), and unmatched fatigue life for living hinges.

Mechanical Performance

Tensile Strength

28 MPa

Flexural Modulus

1.2 GPa

Temp Limit (HDT)

75°C

Density

0.90 g/cm³

Shear Strength

18 MPa

Category Group

base

Chemical Resistance Profile

Virtually impervious to most chemical reagents, strong acids, alkalis, and organic solvents.

Material Pros

Almost chemically inert
Lowest density (0.90 g/cm³)
Infinite fatigue resistance (perfect living hinges)

Limitations

Incredibly difficult to bond to standard build plates
High shrinkage

Request Quote in Polypropylene (PP) Standard

TPU 98A (Rigid Flex)Base: TPU

Ready (Direct Print)

40 MPa

0.15 GPa

65°C

Custom wheels, structural damping couplers, shock mount brackets

Engineering Datasheet

TPU 98A (Rigid Flex) Overview

Hardware Setup & Processing

Ready (Top-feeder only, no AMS)

A rigid elastomer that bridges the gap between flexible rubber and structural plastics. Easier to feed than soft TPUs.

Mechanical Performance

Tensile Strength

40 MPa

Flexural Modulus

0.15 GPa

Temp Limit (HDT)

65°C

Density

1.21 g/cm³

Shear Strength

22 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance to greases, oils, and industrial solvents.

Material Pros

High wear resistance
Tear-resistant
Durable flexural memory

Limitations

AMS system incompatible due to elasticity

Request Quote in TPU 98A (Rigid Flex)

TPU 95A / 95A HFBase: TPU

Ready (Direct Print)

35 MPa

0.08 GPa

60°C

Ergonomic protective shells, custom gaskets, seals, boots

Engineering Datasheet

TPU 95A / 95A HF Overview

Hardware Setup & Processing

Ready (Top-feeder only, no AMS)

Standard flexible elastomer. Can withstand repetitive compression and stretching without losing its shape.

Mechanical Performance

Tensile Strength

35 MPa

Flexural Modulus

0.08 GPa

Temp Limit (HDT)

60°C

Density

1.21 g/cm³

Shear Strength

18 MPa

Category Group

base

Chemical Resistance Profile

Excellent resistance to oils and grease.

Material Pros

Highly flexible & elastic
Incredibly tough (won't break)
Vibration damping

Limitations

Requires slow feed rates to prevent extruder buckling

Request Quote in TPU 95A / 95A HF

TPU 90ABase: TPU

Ready (Direct Print)

30 MPa

0.05 GPa

60°C

Soft-grip handles, phone protection bumpers, anti-vibration feet

Engineering Datasheet

TPU 90A Overview

Hardware Setup & Processing

Ready (Top-feeder only, no AMS)

Softer TPU elastomer. Ideal for tactile applications requiring a rubbery grip and significant shock absorption.

Mechanical Performance

Tensile Strength

30 MPa

Flexural Modulus

0.05 GPa

Temp Limit (HDT)

60°C

Density

1.20 g/cm³

Shear Strength

15 MPa

Category Group

base

Chemical Resistance Profile

Good resistance to oils.

Material Pros

Highly rubbery feel
Superb shock absorption
Great compression recovery

Limitations

Very slow print speed required (<30mm/s)
No AMS support

Request Quote in TPU 90A

TPU / TPE 85A (Soft)Base: TPU / TPE

Requires Extra Setup / Post-Processing

25 MPa

0.03 GPa

55°C

Engine oil seals, soft suction cups, orthotic shoe insoles

Engineering Datasheet

TPU / TPE 85A (Soft) Overview

Hardware Setup & Processing

Requires Setup (Ultra-slow speed <20mm/s)

Extremely soft elastomer. Offers a high elongation at break (often >500%), feeling like soft shore rubber.

Mechanical Performance

Tensile Strength

25 MPa

Flexural Modulus

0.03 GPa

Temp Limit (HDT)

55°C

Density

1.18 g/cm³

Shear Strength

12 MPa

Category Group

base

Chemical Resistance Profile

Good oil resistance.

Material Pros

Extreme elastic stretching
Soft tactile feedback
Excellent seal capabilities

Limitations

Highly prone to tangling inside standard extruders if printed fast

Request Quote in TPU / TPE 85A (Soft)

TPE StandardBase: TPE

Requires Extra Setup / Post-Processing

24 MPa

0.02 GPa

55°C

Custom rubber seals, soft handles, shock bumper mounts

Engineering Datasheet

TPE Standard Overview

Hardware Setup & Processing

Requires Setup (Ultra-slow speed <20mm/s)

Thermoplastic elastomer. Soft touch feel, high tactile friction, and excellent shock-absorption properties.

Mechanical Performance

Tensile Strength

24 MPa

Flexural Modulus

0.02 GPa

Temp Limit (HDT)

55°C

Density

1.16 g/cm³

Shear Strength

11 MPa

Category Group

base

Chemical Resistance Profile

Fair resistance.

Material Pros

Extremely flexible
High friction traction grip
Low compression set

Limitations

Stringing is very difficult to avoid
Prone to extruder jam if printed fast

Request Quote in TPE Standard

High Impact PolystyreneBase: HIPS

Requires Extra Setup / Post-Processing

32 MPa

1.5 GPa

85°C

Breakaway support structures, lightweight housing frames

Engineering Datasheet

High Impact Polystyrene Overview

Hardware Setup & Processing

Requires Post-Processing (Breakaway support)

Thermoplastic polymer with high impact resistance. Often used as a soluble support structure for complex ABS/ASA components.

Mechanical Performance

Tensile Strength

32 MPa

Flexural Modulus

1.5 GPa

Temp Limit (HDT)

85°C

Density

1.04 g/cm³

Shear Strength

22 MPa

Category Group

base

Chemical Resistance Profile

Soluble in d-Limonene.

Material Pros

Soluble in d-Limonene
Low moisture absorption
Clean breakaway behavior

Limitations

Requires high print bed temperatures (90-100°C)
Prone to warping

Request Quote in High Impact Polystyrene

Polyvinyl Alcohol (Water Soluble)Base: PVA

Requires Extra Setup / Post-Processing

N/A

50°C

Soluble support structure for PLA prototypes

Engineering Datasheet

Polyvinyl Alcohol (Water Soluble) Overview

Hardware Setup & Processing

Requires Setup (Keep completely dry)

Water-soluble vinyl polymer used strictly as a support material. Dissolves cleanly in water, leaving zero marking on the model.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

50°C

Density

1.25 g/cm³

Shear Strength

N/A

Category Group

base

Chemical Resistance Profile

Completely soluble in tap water.

Material Pros

Dissolves completely in water
Leaves clean surfaces on overhanging features

Limitations

Prone to melting and clogging if left inside hot nozzle idle
Extremely sensitive to atmospheric moisture

Request Quote in Polyvinyl Alcohol (Water Soluble)

Butanediol Vinyl Alcohol (Soluble)Base: BVOH

Requires Extra Setup / Post-Processing

N/A

50°C

Soluble support structure for PETG, ABS, and ASA prints

Engineering Datasheet

Butanediol Vinyl Alcohol (Soluble) Overview

Hardware Setup & Processing

Requires Setup (Keep completely dry)

Premium water-soluble support polymer. Dissolves significantly faster than PVA and has better adhesion to PETG, ABS, and ASA.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

50°C

Density

1.24 g/cm³

Shear Strength

N/A

Category Group

base

Chemical Resistance Profile

Highly soluble in water (dissolves faster than PVA).

Material Pros

Rapidly dissolves in tap water
Better compatibility with high-temp polymers than PVA

Limitations

Very expensive
Highly hygroscopic

Request Quote in Butanediol Vinyl Alcohol (Soluble)

Polyvinylidene FluorideBase: PVDF

Unsupported (Industrial Grade)

N/A

150°C

Chemical pumps, custom valves, petrochemical seals (Industrial system only)

Engineering Datasheet

Polyvinylidene Fluoride Overview

Hardware Setup & Processing

Unsupported (Exceeds P1S thermal limits)

High-density engineering fluoropolymer. Unmatched chemical and thermal stability, but requires print temperatures beyond standard desktop hardware.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

150°C

Density

1.78 g/cm³

Shear Strength

N/A

Category Group

base

Chemical Resistance Profile

Near-total chemical inertness to strong acids, halogens, and organic solvents.

Material Pros

Outstanding chemical resistance
Extreme UV stability
Highly flame retardant

Limitations

Requires >330°C hotend
Requires >120°C bed temperature
Releases toxic HF gas if overheated

Industrial systems needed. We provide industrial printing in this material on request.

PLA-CF (Carbon Fiber Filled PLA)Base: PLA

Ready (Direct Print)

65 MPa

4.5 GPa

58°C

Rigid display brackets, drone chassis, architectural frames

Engineering Datasheet

PLA-CF (Carbon Fiber Filled PLA) Overview

Hardware Setup & Processing

Ready (Direct Print)

PLA composite filled with short carbon fiber strands. Enhances rigidity, prevents warping, and yields a textured matte finish.

Mechanical Performance

Tensile Strength

65 MPa

Flexural Modulus

4.5 GPa

Temp Limit (HDT)

58°C

Density

1.23 g/cm³

Shear Strength

28 MPa

Category Group

Chemical Resistance Profile

Poor resistance to solvents.

Material Pros

Extremely stiff
Very easy to print
Beautiful textured finish hides layers

Limitations

Brittle under high impacts
Requires wear-resistant nozzle

Request Quote in PLA-CF (Carbon Fiber Filled PLA)

PETG-CF (Carbon Fiber Filled PETG)Base: PETG

Ready (Direct Print)

68 MPa

4.8 GPa

78°C

Structural enclosures, custom jigs, heavy-duty brackets

Engineering Datasheet

PETG-CF (Carbon Fiber Filled PETG) Overview

Hardware Setup & Processing

Ready (Direct Print)

PETG reinforced with carbon fiber. Delivers a significant increase in stiffness and dimensional stability over basic PETG.

Mechanical Performance

Tensile Strength

68 MPa

Flexural Modulus

4.8 GPa

Temp Limit (HDT)

78°C

Density

1.32 g/cm³

Shear Strength

38 MPa

Category Group

Chemical Resistance Profile

High chemical resistance to acids, salts, and bases.

Material Pros

Exceptional stiffness
Very low shrinkage/warping
Hydrophobic

Limitations

Lower impact strength than pure PETG
Slightly brittle

Request Quote in PETG-CF (Carbon Fiber Filled PETG)

PET-CF (Carbon Fiber Filled PET)Base: PET

Ready (Direct Print)

75 MPa

5.5 GPa

140°C

Engine bay fixtures, high-load brackets, structural frames

Engineering Datasheet

PET-CF (Carbon Fiber Filled PET) Overview

Hardware Setup & Processing

Ready (Requires 100°C bed heat-soak)

Carbon-fiber reinforced PET. Exhibits high temperature resistance (up to 140°C) and low moisture absorption, making it an excellent replacement for metal components.

Mechanical Performance

Tensile Strength

75 MPa

Flexural Modulus

5.5 GPa

Temp Limit (HDT)

140°C

Density

1.34 g/cm³

Shear Strength

44 MPa

Category Group

Chemical Resistance Profile

Excellent chemical and moisture resistance.

Material Pros

Exceptional heat deflection (140°C)
Ultra-stiff structural rigidity
Extremely low moisture absorption

Limitations

Prone to warping on large thin sections

Request Quote in PET-CF (Carbon Fiber Filled PET)

ASA-CF (Carbon Fiber Filled ASA)Base: ASA

Ready (Direct Print)

48 MPa

3.8 GPa

100°C

Exterior automotive brackets, outdoor brackets, marine housings

Engineering Datasheet

ASA-CF (Carbon Fiber Filled ASA) Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

ASA reinforced with carbon fiber. Offers the UV weatherability of ASA combined with high stiffness and reduced warping.

Mechanical Performance

Tensile Strength

48 MPa

Flexural Modulus

3.8 GPa

Temp Limit (HDT)

100°C

Density

1.12 g/cm³

Shear Strength

32 MPa

Category Group

Chemical Resistance Profile

Outstanding weather, moisture, and UV resistance.

Material Pros

UV-stable and weather proof
High structural rigidity
Low print warping compared to standard ASA

Limitations

Requires closed printer enclosure to prevent layer splitting

Request Quote in ASA-CF (Carbon Fiber Filled ASA)

ABS-CF (Carbon Fiber Filled ABS)Base: ABS

Ready (Direct Print)

56 MPa

4.5 GPa

100°C

Handheld casings, drone arms, automotive brackets

Engineering Datasheet

ABS-CF (Carbon Fiber Filled ABS) Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

ABS polymer reinforced with carbon fibers. Combines the strength and heat resistance of ABS with the extreme stiffness and low weight of carbon fiber.

Mechanical Performance

Tensile Strength

56 MPa

Flexural Modulus

4.5 GPa

Temp Limit (HDT)

100°C

Density

1.12 g/cm³

Shear Strength

35 MPa

Category Group

Chemical Resistance Profile

Good resistance to oils, greases, and weak chemicals.

Material Pros

Ultra-stiff
Lightweight
High heat tolerance
Premium matte finish

Limitations

Brittle in Z-axis under bending stress
Requires wear-resistant nozzle

Request Quote in ABS-CF (Carbon Fiber Filled ABS)

PA6-CF (Carbon Fiber Filled Nylon 6)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

110 MPa

8.5 GPa

180°C

Motorsport parts, aerospace brackets, tooling jigs

Engineering Datasheet

PA6-CF (Carbon Fiber Filled Nylon 6) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

Nylon 6 matrix reinforced with carbon fiber. Possesses extreme mechanical strength, rigidity, and high heat resistance.

Mechanical Performance

Tensile Strength

110 MPa

Flexural Modulus

8.5 GPa

Temp Limit (HDT)

180°C

Density

1.26 g/cm³

Shear Strength

55 MPa

Category Group

Chemical Resistance Profile

Excellent resistance to automotive fuels, oils, and lubricants.

Material Pros

Extremely rigid
Highest strength-to-weight ratio
Excellent temperature deflection

Limitations

Very abrasive on standard nozzles
Highly hygroscopic

Request Quote in PA6-CF (Carbon Fiber Filled Nylon 6)

PA12-CF (Carbon Fiber Filled Nylon 12)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

95 MPa

7.0 GPa

160°C

Custom fuel system brackets, structural brackets, outdoor load parts

Engineering Datasheet

PA12-CF (Carbon Fiber Filled Nylon 12) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

Nylon 12 matrix reinforced with carbon fiber. Displays superior dimensional stability and lower moisture absorption than PA6-CF.

Mechanical Performance

Tensile Strength

95 MPa

Flexural Modulus

7.0 GPa

Temp Limit (HDT)

160°C

Density

1.15 g/cm³

Shear Strength

48 MPa

Category Group

Chemical Resistance Profile

Excellent chemical resistance; low water absorption.

Material Pros

Low water absorption
High dimensional stability
Excellent rigidity

Limitations

Slightly lower raw strength than PA6-CF

Request Quote in PA12-CF (Carbon Fiber Filled Nylon 12)

PAHT-CF (High-Temp Carbon Fiber Nylon)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

115 MPa

8.8 GPa

185°C

Custom manifolds, engine heat brackets, high-load brackets

Engineering Datasheet

PAHT-CF (High-Temp Carbon Fiber Nylon) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

High-temperature co-polyamide reinforced with carbon fiber. Offers the highest tensile strength and thermal limit among nylon composites.

Mechanical Performance

Tensile Strength

115 MPa

Flexural Modulus

8.8 GPa

Temp Limit (HDT)

185°C

Density

1.27 g/cm³

Shear Strength

56 MPa

Category Group

Chemical Resistance Profile

Exceptional resistance to oils, greases, and fuels.

Material Pros

Highest tensile strength (115 MPa)
Outstanding heat resistance (185°C)
Extreme structural stiffness

Limitations

Very abrasive
Must be printed directly from a dry chamber

Request Quote in PAHT-CF (High-Temp Carbon Fiber Nylon)

PPA-CF (Polyphthalamide CF)Base: PPA

Unsupported (Industrial Grade)

N/A

220°C

Industrial machinery brackets, high-temperature manifolds (Industrial system only)

Engineering Datasheet

PPA-CF (Polyphthalamide CF) Overview

Hardware Setup & Processing

Unsupported (Requires >300°C hotend / >100°C bed)

High-performance polyphthalamide composite reinforced with carbon fiber. Features outstanding structural strength and thermal properties.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

220°C

Density

1.38 g/cm³

Shear Strength

N/A

Category Group

Chemical Resistance Profile

Extreme resistance to organic chemicals, hot water, and oils.

Material Pros

Extremely high structural strength
Stays stiff at high temperatures

Limitations

Requires high bed and hotend temperatures beyond P1S limits

Industrial systems needed. We provide industrial printing in this material on request.

PPS-CF (Polyphenylene Sulfide CF)Base: PPS

Unsupported (Industrial Grade)

N/A

240°C

Chemical process brackets, extreme industrial pump parts (Industrial system only)

Engineering Datasheet

PPS-CF (Polyphenylene Sulfide CF) Overview

Hardware Setup & Processing

Unsupported (Requires >300°C hotend / >100°C bed)

Polyphenylene sulfide reinforced with carbon fiber. Inherently flame retardant and extremely stable at high operating temperatures.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

240°C

Density

1.42 g/cm³

Shear Strength

N/A

Category Group

Chemical Resistance Profile

Exceptional chemical resistance; virtually insoluble in any known solvent below 200°C.

Material Pros

Unmatched chemical resistance
High thermal deflection (240°C)
Flame retardant

Limitations

Requires print parameters exceeding desktop hardware limits

Industrial systems needed. We provide industrial printing in this material on request.

PEEK-CF (Polyether ether ketone CF)Base: PEEK

Unsupported (Industrial Grade)

N/A

280°C

Aerospace structural brackets, custom bone implants, engine brackets (Industrial system only)

Engineering Datasheet

PEEK-CF (Polyether ether ketone CF) Overview

Hardware Setup & Processing

Unsupported (Requires >360°C hotend / actively heated chamber)

Industrial-grade PEEK polymer reinforced with carbon fiber. One of the strongest thermoplastic composites in existence, used as a metal replacement.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

280°C

Density

1.35 g/cm³

Shear Strength

N/A

Category Group

Chemical Resistance Profile

Extreme chemical inertness.

Material Pros

Metal-replacement strength
Extreme temperature limits
Excellent fatigue resistance

Limitations

Extremely difficult to print
Requires industrial actively heated chambers and hotends

Industrial systems needed. We provide industrial printing in this material on request.

PEI-CF (Ultem Carbon Fiber)Base: PEI

Unsupported (Industrial Grade)

N/A

210°C

Aerospace interior panels, train structural parts, battery brackets (Industrial system only)

Engineering Datasheet

PEI-CF (Ultem Carbon Fiber) Overview

Hardware Setup & Processing

Unsupported (Requires >360°C hotend / actively heated chamber)

Polyetherimide (Ultem) reinforced with carbon fiber. Inherently flame retardant (UL94 V-0) with low smoke emission.

Mechanical Performance

Tensile Strength

N/A

Flexural Modulus

N/A

Temp Limit (HDT)

210°C

Density

1.40 g/cm³

Shear Strength

N/A

Category Group

Chemical Resistance Profile

Outstanding chemical resistance and flame retardance.

Material Pros

Flame retardant and low smoke toxicity
Extreme structural stiffness

Limitations

Requires high print temperatures beyond standard desktop units

Industrial systems needed. We provide industrial printing in this material on request.

PLA-GF (Glass Fiber Filled PLA)Base: PLA

Ready (Direct Print)

58 MPa

3.8 GPa

58°C

Rigid casing prototypes, display fixtures

Engineering Datasheet

PLA-GF (Glass Fiber Filled PLA) Overview

Hardware Setup & Processing

Ready (Direct Print)

PLA composite filled with short glass fiber strands. Offers improved impact and flexural resistance over standard PLA, with a clean surface finish.

Mechanical Performance

Tensile Strength

58 MPa

Flexural Modulus

3.8 GPa

Temp Limit (HDT)

58°C

Density

1.31 g/cm³

Shear Strength

26 MPa

Category Group

Chemical Resistance Profile

Poor resistance to solvents.

Material Pros

Increased stiffness
Excellent dimensional accuracy
Low warping

Limitations

Brittle in Z-axis
Nozzle wear

Request Quote in PLA-GF (Glass Fiber Filled PLA)

PETG-GF (Glass Fiber Filled PETG)Base: PETG

Ready (Direct Print)

60 MPa

4.2 GPa

75°C

Outdoor enclosures, industrial housings, load brackets

Engineering Datasheet

PETG-GF (Glass Fiber Filled PETG) Overview

Hardware Setup & Processing

Ready (Direct Print)

PETG polymer reinforced with glass fibers. Displays improved structural impact toughness and weatherability compared to standard PETG.

Mechanical Performance

Tensile Strength

60 MPa

Flexural Modulus

4.2 GPa

Temp Limit (HDT)

75°C

Density

1.38 g/cm³

Shear Strength

34 MPa

Category Group

Chemical Resistance Profile

High resistance to water and weak acids.

Material Pros

High impact resistance
Excellent moisture resistance
Dimensionally stable

Limitations

Slightly heavier than standard PETG

Request Quote in PETG-GF (Glass Fiber Filled PETG)

ABS-GF (Glass Fiber Filled ABS)Base: ABS

Ready (Direct Print)

52 MPa

4.2 GPa

98°C

Electronic enclosures, structural fixtures, automotive brackets

Engineering Datasheet

ABS-GF (Glass Fiber Filled ABS) Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

ABS polymer reinforced with glass fibers. Offers reduced thermal shrinkage (less warp) and significantly higher stiffness and heat resistance than standard ABS.

Mechanical Performance

Tensile Strength

52 MPa

Flexural Modulus

4.2 GPa

Temp Limit (HDT)

98°C

Density

1.15 g/cm³

Shear Strength

33 MPa

Category Group

Chemical Resistance Profile

Resistant to acids and alkalis; soluble in acetone.

Material Pros

Reduced warping
Higher stiffness
Heat resistant
Dimensionally stable

Limitations

Requires high bed and chamber temperature
Abrasive on nozzles

Request Quote in ABS-GF (Glass Fiber Filled ABS)

ASA-GF (Glass Fiber Filled ASA)Base: ASA

Ready (Direct Print)

46 MPa

3.7 GPa

100°C

Outdoor fixtures, marine housings, structural exterior parts

Engineering Datasheet

ASA-GF (Glass Fiber Filled ASA) Overview

Hardware Setup & Processing

Ready (Enclosure Closed)

ASA reinforced with glass fibers. Combines the weather resistance of ASA with enhanced stiffness and dimensional stability.

Mechanical Performance

Tensile Strength

46 MPa

Flexural Modulus

3.7 GPa

Temp Limit (HDT)

100°C

Density

1.18 g/cm³

Shear Strength

31 MPa

Category Group

Chemical Resistance Profile

Excellent weather, moisture, and UV resistance.

Material Pros

Excellent UV stability
Strong structural flexural modulus
Reduced print warping

Limitations

Requires closed enclosure to prevent delamination

Request Quote in ASA-GF (Glass Fiber Filled ASA)

PA6-GF (Glass Fiber Filled Nylon 6)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

70 MPa

5.5 GPa

150°C

Tooling inserts, load-bearing brackets, heavy-duty industrial housings

Engineering Datasheet

PA6-GF (Glass Fiber Filled Nylon 6) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

Nylon 6 matrix reinforced with glass fiber. Exhibits high impact toughness, heat deflection (up to 150°C), and excellent wear characteristics.

Mechanical Performance

Tensile Strength

70 MPa

Flexural Modulus

5.5 GPa

Temp Limit (HDT)

150°C

Density

1.35 g/cm³

Shear Strength

42 MPa

Category Group

Chemical Resistance Profile

High resistance to fuels, industrial lubricants, solvents, and weathering.

Material Pros

Outstanding impact absorption
Superb heat deflection limit (150°C)
Cost-effective compared to CF composites

Limitations

Heavy compared to carbon fiber
Abrasive on standard printing nozzles

Request Quote in PA6-GF (Glass Fiber Filled Nylon 6)

PA12-GF (Glass Fiber Filled Nylon 12)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

62 MPa

4.8 GPa

135°C

Outdoor enclosures, load-bearing structural parts, custom manifolds

Engineering Datasheet

PA12-GF (Glass Fiber Filled Nylon 12) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

Nylon 12 matrix reinforced with glass fiber. Provides better dimensional stability and lower moisture absorption than PA6-GF.

Mechanical Performance

Tensile Strength

62 MPa

Flexural Modulus

4.8 GPa

Temp Limit (HDT)

135°C

Density

1.25 g/cm³

Shear Strength

36 MPa

Category Group

Chemical Resistance Profile

Excellent chemical resistance; low water absorption.

Material Pros

Low water absorption
Better dimensional stability than PA6-GF
Good impact strength

Limitations

Slightly lower strength and heat limit than PA6-GF

Request Quote in PA12-GF (Glass Fiber Filled Nylon 12)

PAHT-GF (High-Temp Glass Fiber Nylon)Base: PA (Nylon)

Requires Extra Setup / Post-Processing

78 MPa

6.2 GPa

160°C

Under-hood automotive components, high-load brackets, structural fixtures

Engineering Datasheet

PAHT-GF (High-Temp Glass Fiber Nylon) Overview

Hardware Setup & Processing

Requires Setup & Post-Processing (100°C bed heat-soak & extreme drying)

High-temperature Nylon reinforced with glass fiber. Features a high heat deflection limit and outstanding mechanical strength.

Mechanical Performance

Tensile Strength

78 MPa

Flexural Modulus

6.2 GPa

Temp Limit (HDT)

160°C

Density

1.36 g/cm³

Shear Strength

46 MPa

Category Group

Chemical Resistance Profile

Excellent resistance to automotive oils, greases, and fuels.

Material Pros

Outstanding mechanical strength
High heat resistance (160°C)
Dimensionally stable

Limitations

Highly abrasive
Requires direct dry feeding

Request Quote in PAHT-GF (High-Temp Glass Fiber Nylon)

Stainless Steel Powder FilledBase: PLA

Requires Extra Setup / Post-Processing

30 MPa

4.8 GPa

55°C

Statues, metal prototypes, weight fixtures, custom coins

Engineering Datasheet

Stainless Steel Powder Filled Overview

Hardware Setup & Processing

Requires Setup (Risk of brittle snapping in 0.4mm lines)

PLA composite containing 60-70% stainless steel powder. Yields very heavy parts that feel like cast metal, and can be post-polished or sintered.

Mechanical Performance

Tensile Strength

30 MPa

Flexural Modulus

4.8 GPa

Temp Limit (HDT)

55°C

Density

2.80 g/cm³

Shear Strength

15 MPa

Category Group

metal

Chemical Resistance Profile

Poor resistance.

Material Pros

Feels and weighs like real metal
Can be polished to a mirror shine
Fully magnetic

Limitations

Very brittle before sintering
Extremely abrasive
Highly prone to clogging in 0.4mm nozzles

Request Quote in Stainless Steel Powder Filled

Copper Powder FilledBase: PLA

Requires Extra Setup / Post-Processing

28 MPa

4.5 GPa

55°C

Ornaments, bronze-age replicas, weight mockups

Engineering Datasheet

Copper Powder Filled Overview

Hardware Setup & Processing

Requires Setup (Risk of brittle snapping in 0.4mm lines)

PLA composite containing 60-70% copper powder. Yields heavy components with metallic tactile feedback. Can be polished or chemically oxidized for patina.

Mechanical Performance

Tensile Strength

28 MPa

Flexural Modulus

4.5 GPa

Temp Limit (HDT)

55°C

Density

3.10 g/cm³

Shear Strength

14 MPa

Category Group

metal

Chemical Resistance Profile

Poor resistance.

Material Pros

Real copper feel and weight
Post-process patina compatible
Polishable

Limitations

Very brittle
Highly abrasive
Snaps easily in bowden tubes

Request Quote in Copper Powder Filled

Bronze Powder FilledBase: PLA

Requires Extra Setup / Post-Processing

29 MPa

4.6 GPa

55°C

Artistic sculptures, premium mockups, heavy gears

Engineering Datasheet

Bronze Powder Filled Overview

Hardware Setup & Processing

Requires Setup (Risk of brittle snapping in 0.4mm lines)

PLA composite containing 60-70% bronze powder. Extremely heavy and feels cold to the touch like cast bronze. Ideal for premium artistic prints.

Mechanical Performance

Tensile Strength

29 MPa

Flexural Modulus

4.6 GPa

Temp Limit (HDT)

55°C

Density

3.00 g/cm³

Shear Strength

14 MPa

Category Group

metal

Chemical Resistance Profile

Poor resistance.

Material Pros

Cold metal touch and weight
Beautiful polishing characteristics

Limitations

Brittle filament
Highly abrasive
Low tensile strength

Request Quote in Bronze Powder Filled

Iron Powder Filled (Magnetic)Base: PLA

Requires Extra Setup / Post-Processing

32 MPa

4.8 GPa

55°C

Magnetic brackets, rusted sculptures, weight mockups

Engineering Datasheet

Iron Powder Filled (Magnetic) Overview

Hardware Setup & Processing

Requires Setup (Risk of brittle snapping in 0.4mm lines)

PLA composite containing 60-70% fine iron powder. Parts are highly magnetic and can be rusted using vinegar/salt mixtures for weathering.

Mechanical Performance

Tensile Strength

32 MPa

Flexural Modulus

4.8 GPa

Temp Limit (HDT)

55°C

Density

2.90 g/cm³

Shear Strength

16 MPa

Category Group

metal

Chemical Resistance Profile

Poor resistance (rusts easily if wet).

Material Pros

Fully magnetic and rustable
Cast iron weight and feel

Limitations

Abrasive on nozzles
Prone to snapping during feeding

Request Quote in Iron Powder Filled (Magnetic)