Materials Catalog
3D Printing Materials Catalog
Find a material by what it has to do
Drag any corner to set the minimum you need. Each axis is notched at the values our materials actually have, so every notch names one: “at least as strong as ABS” rather than a number. Matching materials stay in the catalog below, cheapest first.
Showing all 77 materials. Drag a corner to narrow them.
- Each dot on an axis is a value one of our materials actually has. The handle snaps to them, so every position is a real choice.
- A bar is a minimum, and it is named after the material that sets it, so you are choosing “at least as strong as ABS” rather than a number.
- Results are ordered cheapest first, because that is usually the right answer.
Not yet filterable: Detail & finish, Rigidity. These appear here automatically once enough materials carry the matching property.
Relative positions across our own catalog, not datasheet values or engineering ratings, and they move as the catalog does. For load-bearing or regulated parts, talk to us first.
FDM Materials
Thermoplastic filaments for strong, functional parts. Layer heights from 0.1mm, builds up to 350 x 350 x 400mm.
PLA
Polylactic Acid
Biodegradable thermoplastic ideal for prototyping and concept models. Easy to print with excellent surface finish.
Best Use Cases
- Concept models
- Prototypes
- Display models
- Educational projects
Tensile Strength
50–60 MPa
Heat Resistance
~60 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Density
1.24 g/cm³
PLA+
Enhanced PLA
Improved PLA with better layer adhesion, toughness, and slightly higher heat resistance.
Best Use Cases
- Functional prototypes
- Mechanical parts
- Snap-fit assemblies
Tensile Strength
55–65 MPa
Heat Resistance
~65 °C
Flexibility
Low–Medium
Chemical Resistance
Low
Relative Cost
$
Density
1.24 g/cm³
Tough PLA
Impact-Resistant PLA
PLA engineered for impact resistance, bridging the gap between PLA and ABS.
Best Use Cases
- Functional parts
- Jigs & fixtures
- Tool handles
Tensile Strength
45–55 MPa
Heat Resistance
~60 °C
Flexibility
Medium
Chemical Resistance
Low
Relative Cost
$$
Density
1.24 g/cm³
Impact Resistance
High
High-Speed PLA
High-Speed PLA
Formulated for faster print speeds without sacrificing quality. Great for large batches.
Best Use Cases
- Batch production
- Rapid prototyping
- Time-sensitive projects
Tensile Strength
48–58 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Density
1.24 g/cm³
Print Speed
Up to 300 mm/s
Nylon (PA)
Polyamide (Nylon)
Strong, flexible, and wear-resistant engineering thermoplastic for demanding applications.
Best Use Cases
- Gears
- Bearings
- Living hinges
- Structural parts
Tensile Strength
70–85 MPa
Heat Resistance
~120 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$$
Density
1.14 g/cm³
Silk PLA
Silk-Finish PLA
PLA with a glossy, silk-like surface finish. Perfect for decorative and display pieces.
Best Use Cases
- Decorative items
- Vases
- Display models
- Gifts
Tensile Strength
45–55 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Density
1.24 g/cm³
Surface Finish
Glossy/Silk
Matte PLA
Matte-Finish PLA
PLA with a smooth matte finish that hides layer lines. Professional look without post-processing.
Best Use Cases
- Presentation models
- Architectural models
- Art pieces
Tensile Strength
48–56 MPa
Heat Resistance
~58 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Density
1.24 g/cm³
Surface Finish
Matte
Wood-filled PLA
Wood Composite PLA
PLA blended with wood fibers for a natural wood look and feel. Can be sanded and stained.
Best Use Cases
- Decorative items
- Architectural models
- Artistic sculptures
Tensile Strength
35–45 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
Density
1.15 g/cm³
Wood Content
~20%
Metal-filled PLA
Metal Composite PLA
PLA infused with metal powders (copper, bronze, steel) for a metallic look and added weight.
Best Use Cases
- Jewelry prototypes
- Awards
- Decorative hardware
- Props
Tensile Strength
30–40 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
Density
2.0–3.5 g/cm³
Metal Content
~30%
Carbon Fiber-filled
Carbon Fiber Composite
Nylon or PLA base reinforced with chopped carbon fibers for exceptional stiffness-to-weight ratio.
Best Use Cases
- Drone frames
- RC car parts
- Structural brackets
- Performance parts
Tensile Strength
70–90 MPa
Heat Resistance
~120 °C
Flexibility
Very Low
Chemical Resistance
High
Relative Cost
$$$
Density
1.20 g/cm³
Stiffness
Very High
Glow-in-the-dark PLA
Phosphorescent PLA
PLA with phosphorescent additives that glow in the dark after light exposure.
Best Use Cases
- Novelty items
- Signs
- Safety markers
- Kids' toys
Tensile Strength
40–50 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
Density
1.25 g/cm³
Glow Duration
~30 min
PETG
Polyethylene Terephthalate Glycol
Chemical-resistant and food-safe thermoplastic with excellent layer adhesion and clarity.
Best Use Cases
- Food containers
- Medical devices
- Outdoor parts
- Chemical-resistant parts
Tensile Strength
50–55 MPa
Heat Resistance
~80 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
Density
1.27 g/cm³
PETG-CF
Carbon Fiber PETG
PETG reinforced with chopped carbon fibers for increased stiffness and dimensional stability.
Best Use Cases
- Structural parts
- Drone frames
- Lightweight fixtures
Tensile Strength
60–70 MPa
Heat Resistance
~85 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$$
Density
1.30 g/cm³
Stiffness
High
PETG-GF
Glass Fiber PETG
PETG reinforced with glass fibers for improved strength and heat resistance at lower cost than CF.
Best Use Cases
- Enclosures
- Industrial parts
- Outdoor fixtures
Tensile Strength
55–65 MPa
Heat Resistance
~85 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$
Density
1.40 g/cm³
High-flow PETG
High-Flow PETG
PETG optimized for higher flow rates and faster printing while maintaining clarity and strength.
Best Use Cases
- Batch production
- Large prints
- Rapid prototyping
Tensile Strength
48–55 MPa
Heat Resistance
~78 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
Density
1.27 g/cm³
Print Speed
Up to 250 mm/s
ABS
Acrylonitrile Butadiene Styrene
Tough and impact-resistant thermoplastic suited for functional parts requiring heat resistance.
Best Use Cases
- Functional parts
- Enclosures
- Automotive components
Tensile Strength
40–50 MPa
Heat Resistance
~100 °C
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$
Density
1.04 g/cm³
ASA
Acrylonitrile Styrene Acrylate
UV-resistant alternative to ABS, ideal for outdoor applications with excellent weatherability.
Best Use Cases
- Outdoor enclosures
- Garden fixtures
- Automotive exterior
- Signage
Tensile Strength
45–55 MPa
Heat Resistance
~100 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
UV Resistance
Excellent
TPU
Thermoplastic Polyurethane
Flexible, rubber-like material with excellent abrasion resistance and elasticity.
Best Use Cases
- Gaskets
- Phone cases
- Vibration dampeners
- Wearables
Tensile Strength
30–50 MPa
Heat Resistance
~80 °C
Flexibility
Very High
Chemical Resistance
High
Relative Cost
$$
Density
1.21 g/cm³
Elongation
580%
Shore Hardness
95A
Polycarbonate (PC)
Polycarbonate
Exceptionally strong and heat-resistant engineering plastic with optical clarity.
Best Use Cases
- Electrical housings
- Automotive lenses
- Safety equipment
- High-temp parts
Tensile Strength
55–75 MPa
Heat Resistance
~140 °C
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$$
Impact Resistance
Very High
PPA
Polyphthalamide
High-performance semi-aromatic nylon with superior heat and chemical resistance.
Best Use Cases
- Under-hood automotive
- Chemical processing
- High-temp industrial
Tensile Strength
80–100 MPa
Heat Resistance
~160 °C
Flexibility
Low
Chemical Resistance
Very High
Relative Cost
$$$$
Polypropylene (PP)
Polypropylene
Lightweight, chemical-resistant, and fatigue-resistant. Great for living hinges and containers.
Best Use Cases
- Living hinges
- Containers
- Packaging prototypes
- Chemical-resistant parts
Tensile Strength
30–40 MPa
Heat Resistance
~100 °C
Flexibility
High
Chemical Resistance
Very High
Relative Cost
$$
Density
0.90 g/cm³
Glass Fiber-filled
Glass Fiber Composite
Nylon base reinforced with glass fibers for improved strength and dimensional stability.
Best Use Cases
- Industrial tooling
- Structural supports
- Automotive brackets
Tensile Strength
60–80 MPa
Heat Resistance
~120 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$
Density
1.35 g/cm³
PA-CF
PA-CF (Carbon Fiber Nylon)
Nylon reinforced with chopped carbon fiber. Exceptional stiffness-to-weight ratio, dimensional stability, and low creep. Printed in a heated chamber for optimal layer bonding.
Best Use Cases
- Drone frames
- End-use brackets
- Robotics arms
- Jigs & fixtures
Tensile Strength
90–110 MPa
Heat Resistance
~140 °C
Flexibility
Very Low
Chemical Resistance
Very High
Relative Cost
$$$$
PAHT-CF
PAHT-CF (High-Temp Carbon Fiber Nylon)
High-temperature carbon fiber nylon with elevated heat deflection and stiffness. Designed for high-flow industrial hotends and heated chambers.
Best Use Cases
- Under-hood automotive
- Industrial tooling
- Heat-exposed end-use parts
Tensile Strength
95–115 MPa
Heat Resistance
~150 °C
Flexibility
Very Low
Chemical Resistance
Very High
Relative Cost
$$$$
PPS-CF
PPS-CF (Carbon Fiber PPS)
Polyphenylene sulfide reinforced with carbon fiber. Exceptional chemical, heat, and flame resistance. A metal-replacement grade polymer.
Best Use Cases
- Aerospace components
- Chemical-exposed parts
- Flame-retardant housings
Tensile Strength
110–130 MPa
Heat Resistance
~220 °C
Flexibility
Very Low
Chemical Resistance
Excellent
Relative Cost
$$$$
PA6
PA6 (Nylon 6)
The classic engineering nylon and the toughest unfilled grade we print. Best impact and fatigue resistance of the polyamides, but also the highest moisture uptake: parts gain toughness and grow slightly as they absorb humidity. Choose PA6 over PA12 when toughness matters more than tight dimensional stability.
Best Use Cases
- Gears & bushings
- Impact-loaded brackets
- Snap-fits & clips
- Wear strips
Tensile Strength
60–75 MPa
Heat Resistance
~110 °C
Flexibility
Medium
Chemical Resistance
High
Moisture Uptake
High
Density
~1.13 g/cm³
Relative Cost
$$$
PA66
PA66 (Nylon 6,6)
Nylon 6,6 melts about 40 °C higher than PA6 and is stiffer and more heat-resistant, with similar wear performance. The grade most injection-molded nylon parts are made from, so it is the closest printed match when a molded PA66 part is the target. Harder to print than PA6 (more warp), priced accordingly.
Best Use Cases
- Molded-part stand-ins
- Automotive clips & housings
- Hot-running gears
- Cable management
Tensile Strength
65–80 MPa
Heat Resistance
~130 °C
Flexibility
Low–Medium
Chemical Resistance
High
Moisture Uptake
High
Density
~1.14 g/cm³
Relative Cost
$$$
PA6/66 (CoPA)
PA6/66 Copolymer (CoPA)
A copolymer of PA6 and PA66 that keeps most of nylon's toughness and heat resistance while printing with far less warp and shrinkage. The most forgiving nylon for large or flat parts where pure PA6 or PA66 would curl.
Best Use Cases
- Large functional parts
- Flat covers & plates
- Tooling
- General-purpose nylon parts
Tensile Strength
55–70 MPa
Heat Resistance
~105 °C
Flexibility
Medium
Chemical Resistance
High
Moisture Uptake
Medium–High
Density
~1.12 g/cm³
Relative Cost
$$$
PA12
PA12 (Nylon 12)
A long-chain nylon that absorbs roughly a third as much moisture as PA6, so dimensions and stiffness hold steady across humid and dry environments. Slightly lower strength than PA6 but much better precision, low friction, and excellent resistance to fuels, oils and greases. The grade of choice for precise functional nylon parts.
Best Use Cases
- Precision functional parts
- Fluid & fuel line fittings
- Enclosures with tight fits
- Sliding components
Tensile Strength
45–55 MPa
Heat Resistance
~90 °C
Flexibility
Medium
Chemical Resistance
Very High
Moisture Uptake
Low
Density
~1.01 g/cm³
Relative Cost
$$$
PA11
PA11 (Nylon 11, Bio-Based)
Bio-based nylon made from castor oil. Behaves much like PA12 (low moisture uptake, excellent chemical resistance) but with higher elongation and better impact resistance at low temperatures, so parts flex and survive drops instead of cracking. Pick PA11 over PA12 for ductility or a renewable-content requirement.
Best Use Cases
- Impact-resistant housings
- Cold-environment parts
- Flexible clips & hinges
- Sustainable product designs
Tensile Strength
45–55 MPa
Heat Resistance
~90 °C
Flexibility
Medium–High
Chemical Resistance
Very High
Moisture Uptake
Low
Density
~1.03 g/cm³
Relative Cost
$$$
PA6-GF
PA6-GF (Glass Fiber Nylon 6)
PA6 reinforced with chopped glass fiber: much stiffer and more heat-resistant than plain PA6 and more impact-tolerant than carbon-fiber nylon. Glass fiber is electrically insulating and RF-transparent, so it suits enclosures around antennas and electronics where CF would interfere.
Best Use Cases
- Electronics & antenna housings
- Structural brackets
- Jigs & fixtures
- Pump & fan parts
Tensile Strength
80–100 MPa
Heat Resistance
~150 °C
Flexibility
Low
Chemical Resistance
High
Moisture Uptake
Medium
Density
~1.3 g/cm³
Relative Cost
$$$
PA6-CF
PA6-CF (Carbon Fiber Nylon 6)
PA6 reinforced with chopped carbon fiber for the highest stiffness-to-weight of the nylon family. The fibers also cut moisture-driven swelling and creep versus plain PA6. Matte black finish. The go-to metal-replacement grade for brackets and robot arms.
Best Use Cases
- Metal-replacement brackets
- Robotics arms & end effectors
- Drone frames
- Production fixtures
Tensile Strength
90–110 MPa
Heat Resistance
~160 °C
Flexibility
Very Low
Chemical Resistance
Very High
Moisture Uptake
Medium
Density
~1.2 g/cm³
Relative Cost
$$$$
PA12-CF
PA12-CF (Carbon Fiber Nylon 12)
Carbon-fiber PA12: stiff, light, and the most dimensionally stable nylon composite we print because the PA12 base barely absorbs moisture. Slightly less strong than PA6-CF, but holds tolerances in humid environments where PA6-CF would drift.
Best Use Cases
- Precision fixtures & gauges
- Outdoor structural parts
- Automotive under-hood brackets
- Fuel & oil contact parts
Tensile Strength
70–90 MPa
Heat Resistance
~140 °C
Flexibility
Very Low
Chemical Resistance
Very High
Moisture Uptake
Low
Density
~1.1 g/cm³
Relative Cost
$$$$
PA11-CF
PA11-CF (Carbon Fiber Nylon 11)
Carbon-fiber reinforced bio-based PA11. Combines CF stiffness with PA11's toughness, so parts are less brittle than most CF composites and cope better with impact and vibration.
Best Use Cases
- Vibration-loaded mounts
- Sporting goods
- Drone & RC structures
- Impact-tolerant brackets
Tensile Strength
65–85 MPa
Heat Resistance
~140 °C
Flexibility
Low
Chemical Resistance
Very High
Moisture Uptake
Low
Density
~1.1 g/cm³
Relative Cost
$$$$
PA612-CF
PA612-CF (Carbon Fiber Nylon 6,12)
Carbon-fiber PA612 sits between PA6 and PA12: stronger and more heat-resistant than PA12-CF, with lower moisture uptake than PA6-CF. A balanced high-end composite for parts that need both strength and stable dimensions.
Best Use Cases
- Industrial tooling
- Structural end-use parts
- Automotive brackets
- Precision fixtures
Tensile Strength
85–100 MPa
Heat Resistance
~160 °C
Flexibility
Very Low
Chemical Resistance
Very High
Moisture Uptake
Low–Medium
Density
~1.15 g/cm³
Relative Cost
$$$$
PPA-CF
PPA-CF (Carbon Fiber Polyphthalamide)
Carbon-fiber reinforced polyphthalamide, the high-temperature end of the polyamide family. The strongest and most heat-resistant nylon-type composite we print, with very low moisture sensitivity. For parts near engines, motors, or hot fluids.
Best Use Cases
- Under-hood automotive
- Motor mounts & housings
- Hot-fluid handling
- Metal-replacement parts
Tensile Strength
110–130 MPa
Heat Resistance
~200 °C
Flexibility
Very Low
Chemical Resistance
Very High
Moisture Uptake
Low
Density
~1.25 g/cm³
Relative Cost
$$$$
PLA-CF
PLA-CF (Carbon Fiber PLA)
PLA with chopped carbon fiber for extra stiffness, a matte black finish that hides layer lines, and excellent dimensional accuracy. Easy and economical, but keeps PLA's low heat resistance: use it for stiff indoor parts, not anything that gets hot.
Best Use Cases
- Stiff prototypes
- Camera & display mounts
- RC & hobby parts
- Presentation models
Tensile Strength
45–55 MPa
Heat Resistance
~60 °C
Flexibility
Very Low
Chemical Resistance
Low
Moisture Uptake
Low
Density
~1.3 g/cm³
Relative Cost
$$
PET-CF
PET-CF (Carbon Fiber PET)
Carbon-fiber reinforced PET (not PETG). Semi-crystalline PET is stiffer and far more heat-resistant than PETG and absorbs very little moisture, making PET-CF one of the most dimensionally stable composites available. A strong alternative to nylon-CF where humidity is a concern.
Best Use Cases
- Precision fixtures
- Humid-environment brackets
- Structural housings
- Jigs & gauges
Tensile Strength
70–85 MPa
Heat Resistance
~110 °C
Flexibility
Very Low
Chemical Resistance
High
Moisture Uptake
Very Low
Density
~1.3 g/cm³
Relative Cost
$$$
ABS-GF
ABS-GF (Glass Fiber ABS)
ABS reinforced with glass fiber for higher stiffness and noticeably less warping than plain ABS, so large parts print flatter. Keeps ABS's heat tolerance and machinability.
Best Use Cases
- Large enclosures
- Stiff housings
- Automotive interior parts
- Fixtures
Tensile Strength
45–55 MPa
Heat Resistance
~100 °C
Flexibility
Low
Chemical Resistance
Medium
Moisture Uptake
Low
Density
~1.15 g/cm³
Relative Cost
$$
ASA-CF
ASA-CF (Carbon Fiber ASA)
UV- and weather-resistant ASA reinforced with carbon fiber. Outdoor durability of ASA with extra stiffness and a matte black finish. Choose it over PA-CF for outdoor parts where sun exposure matters more than peak strength.
Best Use Cases
- Outdoor brackets & mounts
- Automotive exterior trim
- Marine accessories
- Solar & antenna hardware
Tensile Strength
45–55 MPa
Heat Resistance
~100 °C
Flexibility
Very Low
Chemical Resistance
High
UV Resistance
Excellent
Moisture Uptake
Low
Relative Cost
$$$
PC-ABS
PC-ABS (Polycarbonate / ABS Blend)
A blend that combines polycarbonate's strength and heat resistance with ABS's toughness and easier processing. Tougher than ABS and less notch-sensitive than pure PC. The standard material for molded electronics housings, so printed prototypes behave like the production part.
Best Use Cases
- Electronics housings
- Automotive interior parts
- Handheld device shells
- Impact-resistant covers
Tensile Strength
45–55 MPa
Heat Resistance
~115 °C
Flexibility
Medium
Chemical Resistance
Medium
Moisture Uptake
Low
Density
~1.15 g/cm³
Relative Cost
$$$
PCTG
PCTG (Glycol-modified Polycyclohexylenedimethylene Terephthalate)
A copolyester like PETG but tougher: several times the impact strength, better clarity, and similar chemical resistance. Prints as easily as PETG. Pick PCTG over PETG for parts that will be dropped, struck, or flexed.
Best Use Cases
- Impact-resistant housings
- Clear covers & guards
- Functional prototypes
- Containers
Tensile Strength
45–55 MPa
Heat Resistance
~75 °C
Flexibility
Medium
Chemical Resistance
High
Moisture Uptake
Low
Density
~1.23 g/cm³
Relative Cost
$$
TPU 85A
TPU 85A (Soft Flexible TPU)
Softer than our standard 95A TPU, closer to a pencil eraser or shoe sole. Grips, seals and cushions better, compresses more easily, and absorbs more vibration. Slower to print, which is reflected in price.
Best Use Cases
- Soft seals & gaskets
- Grips & handles
- Vibration dampers
- Wearables
Tensile Strength
20–35 MPa
Heat Resistance
~70 °C
Flexibility
Very High (Shore 85A)
Chemical Resistance
High
Relative Cost
$$
TPU 64D
TPU 64D (Semi-Rigid TPU)
A stiff TPU at the hard end of the scale: it bends rather than stretches and springs back from impacts that would crack rigid plastics. Useful between flexible TPU and nylon for bumpers, protective shells, and clips.
Best Use Cases
- Bumpers & guards
- Protective cases
- Semi-rigid clips
- Impact-absorbing mounts
Tensile Strength
35–45 MPa
Heat Resistance
~85 °C
Flexibility
Medium (Shore 64D)
Chemical Resistance
High
Relative Cost
$$
Marble PLA
Marble PLA (Stone-Effect)
PLA with dark speckles through a light base, giving printed parts a natural marble or granite look with no painting. Hides layer lines well. Prints and performs like standard PLA.
Best Use Cases
- Sculptures & busts
- Architectural models
- Planters & vases
- Home decor
Tensile Strength
45–55 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Sparkle PLA
Sparkle / Galaxy PLA
PLA with suspended glitter flakes that catch the light, most striking in dark colours. The flakes also help disguise layer lines. Decorative only: mechanically it is standard PLA.
Best Use Cases
- Awards & trophies
- Cosplay props
- Consumer product shells
- Gifts & decor
Tensile Strength
45–55 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Recycled PLA
Recycled PLA (rPLA)
PLA made from reprocessed industrial scrap rather than virgin resin. Prints and performs like standard PLA, with a smaller environmental footprint. Offered in neutral colours, since recycled stock is blended rather than pigmented from scratch.
Best Use Cases
- Sustainable product prototypes
- Packaging mockups
- Display models
- Educational parts
Tensile Strength
45–55 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Magnetic PLA
Magnetic PLA (Iron-Filled)
PLA loaded with fine iron powder, so parts are attracted to magnets (they are not magnets themselves). Heavy, cold to the touch, and can be rusted deliberately for an aged-metal finish. More brittle than plain PLA.
Best Use Cases
- Magnetic mounts & holders
- Educational demos
- Aged-metal props
- Weighted parts
Tensile Strength
25–35 MPa
Heat Resistance
~55 °C
Flexibility
Very Low
Chemical Resistance
Low
Density
~2.0 g/cm³
Relative Cost
$$
Conductive PLA
Conductive PLA (Carbon-Loaded)
PLA loaded with conductive carbon black. Conducts enough current for capacitive touch sensors, low-voltage LED circuits and simple switches, but its resistance is far higher than metal and depends on geometry and print direction. Not a replacement for wire. More brittle than plain PLA.
Best Use Cases
- Capacitive touch buttons
- Low-current circuits
- Electronics education
- Sensor prototypes
Tensile Strength
25–35 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Electrical
Conductive (high resistance)
Relative Cost
$$$
Translucent PETG
Translucent PETG
PETG in tinted translucent colours that let light through. Keeps PETG's toughness and chemical resistance, so it works for light covers and diffusers that also need to be functional parts.
Best Use Cases
- Light covers & diffusers
- Indicator lenses
- Signage
- Decorative lighting
Tensile Strength
45–55 MPa
Heat Resistance
~75 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
PETG-ESD
PETG-ESD (Static-Dissipative PETG)
Carbon-loaded PETG that bleeds off static charge instead of holding it, for fixtures, trays and enclosures around static-sensitive electronics. The dissipative range is the filament manufacturer's rating on its own test specimens; a printed part is not ESD-certified, and qualifying one for an ESD-controlled area means testing that part.
Best Use Cases
- PCB assembly fixtures
- Component trays
- Electronics enclosures
- Cleanroom tooling
Tensile Strength
40–50 MPa
Heat Resistance
~75 °C
Flexibility
Low
Chemical Resistance
High
Surface Resistivity
Static-dissipative (per filament manufacturer)
Relative Cost
$$$
PVB (Smoothable)
PVB (Alcohol-Smoothable Filament)
Prints like PLA, but its surface dissolves slightly in isopropyl alcohol vapour, which melts away layer lines and leaves a glossy, near-injection-molded finish. Without smoothing it looks and behaves much like PLA with a slightly lower heat limit.
Best Use Cases
- Glossy display models
- Clear-ish lenses & covers
- Consumer product mockups
- Figurines
Tensile Strength
35–45 MPa
Heat Resistance
~60 °C
Flexibility
Low–Medium
Chemical Resistance
Low
Relative Cost
$$
LW-ASA
LW-ASA (Lightweight Foaming ASA)
Active-foaming ASA that expands as it prints, producing parts at roughly half the weight of solid ASA. Adds ASA's UV and weather resistance to the lightweight approach of PLA Aero, so it suits outdoor RC aircraft and parts that live in the sun.
Best Use Cases
- Outdoor RC aircraft
- Lightweight outdoor housings
- Drone shells
- Automotive trim prototypes
Tensile Strength
15–25 MPa
Heat Resistance
~95 °C
Flexibility
Low
Chemical Resistance
High
UV Resistance
Excellent
Density
~0.6 g/cm³
Relative Cost
$$$
ABS-FR
ABS-FR (Fire-Resistant ABS)
Flame-retardant ABS for electrical enclosures, power supply housings and control panel parts. We stock COEX CX16, made in Green Bay, Wisconsin. The filament’s base resin is classified UL 94 V-0 at 1.5 mm and HB at 1.0 mm under UL file E67171; that classification was established by the resin manufacturer on its own test specimens. A printed part is not UL-certified, and 1.5 mm is the thickness at which the manufacturer tested rather than a guarantee that a 1.5 mm printed wall performs to V-0. Certifying a finished part requires testing that part in its final geometry. We supply the datasheet, safety data sheet and UL yellow card with every order.
Best Use Cases
- Electrical enclosures
- Power supply housings
- Control panel components
- Battery compartments
Tensile Strength
40.2 MPa
Heat Resistance
~85 °C @ 0.45 MPa
Flexibility
Low
Chemical Resistance
Medium
Flame Classification
Base resin UL 94 V-0 at 1.5 mm; HB at 1.0 mm (UL file E67171)
Relative Cost
$$$
PLA Aero
PLA Aero (Lightweight Foaming PLA)
Active foaming PLA that expands during extrusion to produce ultra-light parts at ~0.4 g/cm³. Ideal for RC aircraft, drones, and cosplay.
Best Use Cases
- RC aircraft
- Drone bodies
- Lightweight cosplay
- Model making
Tensile Strength
20–30 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
PVA Support
PVA (Water-Soluble Support)
Water-soluble support material for printing complex overhangs and internal cavities. Dissolves cleanly in warm water. Used with our dual-extruder FDM systems.
Best Use Cases
- Multi-material support
- Complex internal geometry
- Dual-extrusion prints
Tensile Strength
N/A
Heat Resistance
~60 °C
Flexibility
Low
Chemical Resistance
Dissolves in water
Relative Cost
$$$
SLA Materials
Photopolymer resins cured by UV laser for ultra-smooth surfaces and fine detail. Layer heights down to 25 microns.
Dental Resin
Biocompatible resin certified for dental applications with exceptional accuracy.
Best Use Cases
- Dental models
- Surgical guides
- Orthodontic aligners
- Crown & bridge models
Resolution
25 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
High
Relative Cost
$$$$
Density
1.20 g/cm³
Accuracy
±50 μm
Heat Resistance
~80 °C
Biocompatibility
Class IIa
Tensile Strength
70–80 MPa
High-Temperature Resin
Withstands up to 240°C.
Best Use Cases
- Injection mold masters
- Thermoforming tools
- Hot-air/fluid testing
- High-temp fixtures
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Low (rigid)
Chemical Resistance
High
Heat Resistance
~240 °C
Relative Cost
$$$$
Standard Resin
High-detail resin for smooth surface finish and fine features.
Best Use Cases
- Jewelry casting
- Dental models
- Miniatures
- Display models
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
Density
1.18 g/cm³
Heat Resistance
~50 °C
Tensile Strength
60–70 MPa
Detail Resolution
25 μm
Tough Resin
ABS-like resin that combines strength and fine detail for functional prototypes.
Best Use Cases
- Snap-fit assemblies
- Engineering prototypes
- Jigs and fixtures
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$$
Density
1.15 g/cm³
Heat Resistance
~60 °C
Tensile Strength
50–60 MPa
Elongation at Break
24%
Flexible Resin
Rubber-like resin for flexible parts with high detail and smooth finish.
Best Use Cases
- Gaskets
- Soft-touch prototypes
- Ergonomic grips
- Wearable prototypes
Resolution
50 µm
Surface Finish
Smooth
Flexibility
Very High (Shore 80A)
Chemical Resistance
Medium
Relative Cost
$$$
Density
1.15 g/cm³
Elongation
160%
Heat Resistance
~50 °C
Tensile Strength
8–12 MPa
Fast Resin
Quick-curing general-purpose resin tuned for short print cycles without giving up surface quality. The workhorse for same-week prototype turnarounds.
Best Use Cases
- Rapid prototypes
- Design iterations
- Fit checks
- Concept models
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
ABS-Like Resin
General-purpose resin formulated to mimic ABS: tougher and less brittle than standard resin, with good detail. A strong default for handled parts.
Best Use Cases
- Handled prototypes
- Enclosures
- Snap-fit parts
- Presentation models
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low–Medium
Chemical Resistance
Medium
Relative Cost
$$
Nylon-Like Resin
Engineering resin with nylon-like toughness and wear resistance. Takes repeated flexing, threads, and impacts better than standard or ABS-like resins.
Best Use Cases
- Functional prototypes
- Hinges & clips
- Threaded parts
- Wear parts
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Medium
Chemical Resistance
Medium–High
Relative Cost
$$$
Rubber-Like Resin
Soft elastomeric resin for parts that squish, seal, and grip. Softer than our Flexible Resin, with a rubbery hand feel.
Best Use Cases
- Soft grips
- Seals & bumpers
- Wearable prototypes
- Cushioning parts
Resolution
50 µm
Surface Finish
Smooth
Flexibility
Very High (soft, rubbery)
Chemical Resistance
Medium
Relative Cost
$$$
Plant-Based Resin
Soy-derived general-purpose resin with low odor and easy handling. Prints and finishes like standard resin with a smaller environmental footprint.
Best Use Cases
- Visual prototypes
- Consumer product models
- Education projects
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
Clear Resin
Optically clear photopolymer that polishes to a glass-like transparency. High-resolution resin printing for fine optical features.
Best Use Cases
- Light pipes & lenses
- Fluidics & microfluidics
- Transparent enclosures
- Display prototypes
Resolution
25 µm
Surface Finish
Ultra Smooth
Flexibility
Low (rigid)
Chemical Resistance
Medium
Relative Cost
$$
Water-Washable Resin
Easy-clean photopolymer that rinses with plain water instead of IPA, for faster turnaround and lower post-processing cost. Great general-purpose prototyping resin.
Best Use Cases
- Rapid prototypes
- Visual models
- Quick design iterations
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
Castable Resin
Wax-filled photopolymer engineered for investment casting. Burns out cleanly from plaster or ceramic molds with minimal residue. Used by jewelers and dental labs.
Best Use Cases
- Jewelry investment casting
- Dental crowns & bridges
- Lost-wax prototyping
Resolution
25 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$$$
Ceramic-filled Resin
Ceramic-loaded photopolymer for stiff, heat-tolerant parts with a stone-like finish. High dimensional accuracy and low shrinkage.
Best Use Cases
- Stiff jigs & fixtures
- Architectural models
- Decorative stone-finish parts
Resolution
25–50 µm
Surface Finish
Matte
Flexibility
Very Low
Chemical Resistance
High
Heat Resistance
~120 °C
Relative Cost
$$$
8K High-Detail Resin
Low-viscosity, fine-pigment resin formulated for 8K-class printers and thin layers. Holds sharper edges and finer text than Standard Resin, with less visible layering. Choose it when surface detail is the whole point of the part.
Best Use Cases
- Miniatures & figurines
- Fine-text labels & markings
- Jewelry masters
- Presentation models
Resolution
15–25 µm
Surface Finish
Ultra Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
PP-Like Resin
Engineering resin that behaves like polypropylene: bends a long way before it breaks and springs back, instead of snapping like standard resin. Choose it over Tough Resin for snap-fits, clips and thin walls that must flex repeatedly.
Best Use Cases
- Snap-fits & clips
- Thin flexing walls
- Consumer product prototypes
- Low-friction parts
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Medium–High
Chemical Resistance
Medium–High
Relative Cost
$$$
Durable Resin
The most impact-resistant resin we print, with a polyethylene-like feel and low friction. Parts deform under a hard hit rather than shatter, and surfaces wear smoothly. Softer and less stiff than Tough Resin; pick Durable when a part will be dropped, squeezed or rubbed, and Tough when it has to stay rigid.
Best Use Cases
- Drop-tested housings
- Squeeze bottles & caps
- Low-friction slides
- Impact-resistant prototypes
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
High
Chemical Resistance
Medium
Relative Cost
$$$
Dental Model Resin
High-accuracy, low-shrink resin for dental and orthodontic models, dies and study casts. Colour-matched to gypsum stone for easy inspection. It is NOT biocompatible and must not be used for anything that contacts a patient; for surgical guides, trays or intra-oral parts, choose Dental Resin.
Best Use Cases
- Orthodontic models
- Study casts
- Crown & bridge dies
- Aligner thermoforming models
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Medium
Accuracy
±50 µm
Relative Cost
$$
Glass-Filled Rigid Resin
Resin reinforced with glass particles for very high stiffness, low creep and good heat resistance. Thin, long features stay straight where unfilled resins sag or warp. The resin to pick when a part must not bend: fixtures, manifolds and thin-walled housings.
Best Use Cases
- Jigs & fixtures
- Fluid manifolds
- Thin-walled housings
- Wind-tunnel models
Resolution
50 µm
Surface Finish
Satin
Flexibility
Very Low
Chemical Resistance
High
Heat Resistance
~110 °C
Stiffness
Very High
Relative Cost
$$$$
ESD-Safe Resin
Carbon-loaded resin that bleeds off static charge instead of holding it, for parts that handle or house static-sensitive electronics. The dissipative range is the resin manufacturer's rating on its own test specimens; a printed part is not ESD-certified, and qualifying one for an ESD-controlled area means testing that part.
Best Use Cases
- Electronics assembly fixtures
- PCB handling trays
- Component carriers
- Clean-room tooling
Resolution
50 µm
Surface Finish
Matte
Flexibility
Low (rigid)
Chemical Resistance
Medium
Surface Resistivity
Static-dissipative (per resin manufacturer)
Relative Cost
$$$$
High-Wax Castable Resin
Castable resin with a high wax content, so it burns out faster and cleaner than standard Castable Resin and tolerates tighter burnout schedules. Captures the finest filigree, prongs and textures. The green part is fragile and ships carefully packed.
Best Use Cases
- Fine jewelry casting
- Filigree & prong settings
- Dental castings
- Small precision castings
Resolution
25 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$$$
Material Comparison
Side-by-side specs to help you pick the right material.* Autoclave temperature
| Material | Tensile Strength | Heat Res. | Flexibility | Chemical Res. | Relative Cost |
|---|---|---|---|---|---|
| PLA | 50–60 MPa | ~60 °C | Low | Low | $ |
| PLA+ | 55–65 MPa | ~65 °C | Low–Medium | Low | $ |
| High-Speed PLA | 48–58 MPa | ~55 °C | Low | Low | $ |
| Silk PLA | 45–55 MPa | ~55 °C | Low | Low | $ |
| Matte PLA | 48–56 MPa | ~58 °C | Low | Low | $ |
| Marble PLA | 45–55 MPa | ~55 °C | Low | Low | $ |
| Sparkle PLA | 45–55 MPa | ~55 °C | Low | Low | $ |
| Recycled PLA | 45–55 MPa | ~55 °C | Low | Low | $ |
| Tough PLA | 45–55 MPa | ~60 °C | Medium | Low | $$ |
| Wood-filled PLA | 35–45 MPa | ~55 °C | Low | Low | $$ |
| Metal-filled PLA | 30–40 MPa | ~55 °C | Low | Low | $$ |
| Glow-in-the-dark PLA | 40–50 MPa | ~55 °C | Low | Low | $$ |
| PETG | 50–55 MPa | ~80 °C | Medium | High | $$ |
| PETG-GF | 55–65 MPa | ~85 °C | Low | High | $$ |
| High-flow PETG | 48–55 MPa | ~78 °C | Medium | High | $$ |
| ABS | 40–50 MPa | ~100 °C | Medium | Medium | $$ |
| ASA | 45–55 MPa | ~100 °C | Medium | High | $$ |
| TPU | 30–50 MPa | ~80 °C | Very High | High | $$ |
| Polypropylene (PP) | 30–40 MPa | ~100 °C | High | Very High | $$ |
| Glass Fiber-filled | 60–80 MPa | ~120 °C | Low | High | $$ |
| PLA-CF | 45–55 MPa | ~60 °C | Very Low | Low | $$ |
| ABS-GF | 45–55 MPa | ~100 °C | Low | Medium | $$ |
| PCTG | 45–55 MPa | ~75 °C | Medium | High | $$ |
| TPU 85A | 20–35 MPa | ~70 °C | Very High (Shore 85A) | High | $$ |
| TPU 64D | 35–45 MPa | ~85 °C | Medium (Shore 64D) | High | $$ |
| Magnetic PLA | 25–35 MPa | ~55 °C | Very Low | Low | $$ |
| Translucent PETG | 45–55 MPa | ~75 °C | Medium | High | $$ |
| PVB (Smoothable) | 35–45 MPa | ~60 °C | Low–Medium | Low | $$ |
| PLA Aero | 20–30 MPa | ~55 °C | Low | Low | $$ |
| Standard Resin | 60–70 MPa | ~50 °C | Low (rigid) | Low | $$ |
| Fast Resin | - | - | Low (rigid) | Low | $$ |
| ABS-Like Resin | - | - | Low–Medium | Medium | $$ |
| Plant-Based Resin | - | - | Low (rigid) | Low | $$ |
| Clear Resin | - | - | Low (rigid) | Medium | $$ |
| Water-Washable Resin | - | - | Low (rigid) | Low | $$ |
| 8K High-Detail Resin | - | - | Low (rigid) | Low | $$ |
| Dental Model Resin | - | - | Low (rigid) | Medium | $$ |
| Nylon (PA) | 70–85 MPa | ~120 °C | Medium | High | $$$ |
| Carbon Fiber-filled | 70–90 MPa | ~120 °C | Very Low | High | $$$ |
| PETG-CF | 60–70 MPa | ~85 °C | Low | High | $$$ |
| Polycarbonate (PC) | 55–75 MPa | ~140 °C | Medium | Medium | $$$ |
| PA6 | 60–75 MPa | ~110 °C | Medium | High | $$$ |
| PA66 | 65–80 MPa | ~130 °C | Low–Medium | High | $$$ |
| PA6/66 (CoPA) | 55–70 MPa | ~105 °C | Medium | High | $$$ |
| PA12 | 45–55 MPa | ~90 °C | Medium | Very High | $$$ |
| PA11 | 45–55 MPa | ~90 °C | Medium–High | Very High | $$$ |
| PA6-GF | 80–100 MPa | ~150 °C | Low | High | $$$ |
| PET-CF | 70–85 MPa | ~110 °C | Very Low | High | $$$ |
| ASA-CF | 45–55 MPa | ~100 °C | Very Low | High | $$$ |
| PC-ABS | 45–55 MPa | ~115 °C | Medium | Medium | $$$ |
| Conductive PLA | 25–35 MPa | ~55 °C | Low | Low | $$$ |
| PETG-ESD | 40–50 MPa | ~75 °C | Low | High | $$$ |
| LW-ASA | 15–25 MPa | ~95 °C | Low | High | $$$ |
| ABS-FR | 40.2 MPa | ~85 °C @ 0.45 MPa | Low | Medium | $$$ |
| PVA Support | N/A | ~60 °C | Low | Dissolves in water | $$$ |
| Tough Resin | 50–60 MPa | ~60 °C | Medium | Medium | $$$ |
| Flexible Resin | 8–12 MPa | ~50 °C | Very High (Shore 80A) | Medium | $$$ |
| Nylon-Like Resin | - | - | Medium | Medium–High | $$$ |
| Rubber-Like Resin | - | - | Very High (soft, rubbery) | Medium | $$$ |
| Ceramic-filled Resin | - | ~120 °C | Very Low | High | $$$ |
| PP-Like Resin | - | - | Medium–High | Medium–High | $$$ |
| Durable Resin | - | - | High | Medium | $$$ |
| PPA | 80–100 MPa | ~160 °C | Low | Very High | $$$$ |
| PA-CF | 90–110 MPa | ~140 °C | Very Low | Very High | $$$$ |
| PAHT-CF | 95–115 MPa | ~150 °C | Very Low | Very High | $$$$ |
| PPS-CF | 110–130 MPa | ~220 °C | Very Low | Excellent | $$$$ |
| PA6-CF | 90–110 MPa | ~160 °C | Very Low | Very High | $$$$ |
| PA12-CF | 70–90 MPa | ~140 °C | Very Low | Very High | $$$$ |
| PA11-CF | 65–85 MPa | ~140 °C | Low | Very High | $$$$ |
| PA612-CF | 85–100 MPa | ~160 °C | Very Low | Very High | $$$$ |
| PPA-CF | 110–130 MPa | ~200 °C | Very Low | Very High | $$$$ |
| Dental Resin | 70–80 MPa | ~80 °C | Low (rigid) | High | $$$$ |
| High-Temperature Resin | - | ~240 °C | Low (rigid) | High | $$$$ |
| Castable Resin | - | - | Low (rigid) | Low | $$$$ |
| Glass-Filled Rigid Resin | - | ~110 °C | Very Low | High | $$$$ |
| ESD-Safe Resin | - | - | Low (rigid) | Medium | $$$$ |
| High-Wax Castable Resin | - | - | Low (rigid) | Low | $$$$ |
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