3D Printing Materials Catalog
27+ FDM filaments and 9 SLA resins with full mechanical specs and use cases. Choose the right material for your application, or ask our engineers for a recommendation.
FDM Materials
Thermoplastic filaments for strong, functional parts. Layer heights from 0.1mm, builds up to 350 x 350 x 400mm.
PLA
Polylactic Acid
The most widely used FDM material.
Best Use Cases
- Prototypes
- Display models
- Enclosures
- Architectural models
Tensile Strength
50–60 MPa
Heat Resistance
~60 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
ABS
Acrylonitrile Butadiene Styrene
Tough, impact-resistant thermoplastic.
Best Use Cases
- Automotive parts
- Electronic housings
- Functional prototypes
Tensile Strength
40–50 MPa
Heat Resistance
~100 °C
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$
PETG
Polyethylene Terephthalate Glycol
Versatile with chemical resistance and toughness.
Best Use Cases
- Functional parts
- Food-safe containers
- Outdoor parts
- Medical devices
Tensile Strength
50–55 MPa
Heat Resistance
~80 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
Nylon (PA)
Polyamide (PA12)
High-performance engineering thermoplastic.
Best Use Cases
- Gears & bearings
- Hinges
- Snap-fits
- High-wear parts
Tensile Strength
70–85 MPa
Heat Resistance
~120 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$$
TPU
Thermoplastic Polyurethane
Flexible, rubber-like material.
Best Use Cases
- Gaskets & seals
- Phone cases
- Wearables
- Vibration dampeners
Tensile Strength
30–50 MPa
Heat Resistance
~80 °C
Flexibility
Very High
Chemical Resistance
High
Relative Cost
$$
ASA
Acrylonitrile Styrene Acrylate
UV-resistant alternative to ABS.
Best Use Cases
- Outdoor enclosures
- Automotive trim
- Garden equipment
- Signage
Tensile Strength
45–55 MPa
Heat Resistance
~100 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
Polycarbonate (PC)
Polycarbonate
Exceptional impact resistance.
Best Use Cases
- High-temp housings
- Safety equipment
- Transparent parts
- LED diffusers
Tensile Strength
55–75 MPa
Heat Resistance
~140 °C
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$$
Carbon Fiber–filled
CF Composites
Carbon fiber reinforced for stiffness.
Best Use Cases
- Drone frames
- Racing components
- Structural brackets
- Tooling
Tensile Strength
70–90 MPa
Heat Resistance
~120 °C
Flexibility
Very Low
Chemical Resistance
High
Relative Cost
$$$
PLA+
PLA+ (Enhanced PLA)
Toughened PLA with improved impact resistance and layer adhesion. Drop-in replacement for standard PLA with better mechanical performance.
Best Use Cases
- Functional prototypes
- Jigs & fixtures
- Snap-fit assemblies
Tensile Strength
55–65 MPa
Heat Resistance
~60 °C
Flexibility
Low–Medium
Chemical Resistance
Low
Relative Cost
$
High-Speed PLA
High-Speed PLA
Formulated for fast printing at speeds up to 300 mm/s with minimal quality loss. Ideal for rapid iteration and high-volume runs.
Best Use Cases
- Rapid prototyping
- High-volume production
- Quick-turn parts
Tensile Strength
48–58 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Silk PLA
Silk PLA
PLA with a glossy, silk-like surface sheen. Excellent for visual models and presentation pieces.
Best Use Cases
- Display models
- Decorative items
- Presentation prototypes
Tensile Strength
45–55 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Matte PLA
Matte PLA
PLA with a smooth matte finish that hides layer lines. Great for parts that need a professional look without post-processing.
Best Use Cases
- Consumer product mockups
- Photography props
- Visual prototypes
Tensile Strength
48–56 MPa
Heat Resistance
~58 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$
Tough PLA
Tough PLA
Engineering-grade PLA blend with ABS-like toughness. High impact strength without the warping issues of ABS.
Best Use Cases
- Functional parts
- Impact-resistant housings
- Mechanical components
Tensile Strength
45–55 MPa
Heat Resistance
~60 °C
Flexibility
Medium
Chemical Resistance
Low
Relative Cost
$$
Wood-filled PLA
Wood-filled PLA
PLA composite with real wood fibers for a natural wood-like appearance and texture. Can be sanded and stained.
Best Use Cases
- Decorative items
- Architectural models
- Art & sculpture
Tensile Strength
35–45 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
Metal-filled PLA
Metal-filled PLA
PLA composite with metal powder (bronze, copper, or steel) for a realistic metallic weight and finish. Can be polished to a metal sheen.
Best Use Cases
- Jewelry prototypes
- Awards & trophies
- Decorative hardware
Tensile Strength
30–40 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
Glow-in-the-dark PLA
Glow-in-the-dark PLA
PLA infused with phosphorescent particles that absorb light and glow in the dark. Fun and functional for signage and safety markers.
Best Use Cases
- Safety signage
- Novelty items
- Light switch covers
Tensile Strength
40–50 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
PETG-GF
PETG-GF (Glass Fiber PETG)
PETG reinforced with glass fibers for improved rigidity and heat resistance at a lower cost than carbon fiber.
Best Use Cases
- Industrial housings
- Structural brackets
- Heat-resistant fixtures
Tensile Strength
55–65 MPa
Heat Resistance
~85 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$
High-flow PETG
High-flow PETG
Modified PETG with improved flow characteristics for faster printing and better layer adhesion on large parts.
Best Use Cases
- Large-format parts
- Quick-turn functional parts
- High-volume production
Tensile Strength
48–55 MPa
Heat Resistance
~78 °C
Flexibility
Medium
Chemical Resistance
High
Relative Cost
$$
Polypropylene (PP)
Polypropylene (PP)
Lightweight, fatigue-resistant plastic with living-hinge capability and excellent chemical resistance. Food-safe.
Best Use Cases
- Living hinges
- Chemical containers
- Food packaging prototypes
Tensile Strength
30–40 MPa
Heat Resistance
~100 °C
Flexibility
High
Chemical Resistance
Very High
Relative Cost
$$
Glass Fiber–filled
Glass Fiber–filled Composite
Glass fiber reinforced nylon or PETG for improved rigidity and heat resistance at a lower cost than carbon fiber composites.
Best Use Cases
- Industrial fixtures
- Structural components
- Heat-resistant jigs
Tensile Strength
60–80 MPa
Heat Resistance
~120 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$
PETG-CF
PETG-CF (Carbon Fiber PETG)
PETG reinforced with chopped carbon fiber for increased stiffness and dimensional stability. Lightweight and strong.
Best Use Cases
- Structural components
- Drone parts
- Lightweight brackets
Tensile Strength
60–70 MPa
Heat Resistance
~85 °C
Flexibility
Low
Chemical Resistance
High
Relative Cost
$$$
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
$$$$
PAHT-CF
PAHT-CF (High-Temp Carbon Fiber Nylon)
High-temperature carbon fiber nylon with elevated heat deflection and stiffness. Designed for high-flow industrial hotends and heated chambers.
Best Use Cases
- Under-hood automotive
- Industrial tooling
- Heat-exposed end-use parts
Tensile Strength
95–115 MPa
Heat Resistance
~150 °C
Flexibility
Very Low
Chemical Resistance
Very High
Relative Cost
$$$$
PPS-CF
PPS-CF (Carbon Fiber PPS)
Polyphenylene sulfide reinforced with carbon fiber. Exceptional chemical, heat, and flame resistance. A metal-replacement grade polymer.
Best Use Cases
- Aerospace components
- Chemical-exposed parts
- Flame-retardant housings
Tensile Strength
110–130 MPa
Heat Resistance
~220 °C
Flexibility
Very Low
Chemical Resistance
Excellent
Relative Cost
$$$$
PPA
PPA (Polyphthalamide)
High-performance nylon variant with superior heat and chemical resistance. Used in demanding industrial applications.
Best Use Cases
- Under-hood automotive
- Chemical processing
- High-temp industrial
Tensile Strength
80–100 MPa
Heat Resistance
~160 °C
Flexibility
Low
Chemical Resistance
Very High
Relative Cost
$$$$
PLA Aero
PLA Aero (Lightweight Foaming PLA)
Active foaming PLA that expands during extrusion to produce ultra-light parts at ~0.4 g/cm³. Ideal for RC aircraft, drones, and cosplay.
Best Use Cases
- RC aircraft
- Drone bodies
- Lightweight cosplay
- Model making
Tensile Strength
20–30 MPa
Heat Resistance
~55 °C
Flexibility
Low
Chemical Resistance
Low
Relative Cost
$$
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
$$$
SLA Materials
Photopolymer resins cured by UV laser for ultra-smooth surfaces and fine detail. Layer heights down to 25 microns.
Standard Resin
General-purpose photopolymer.
Best Use Cases
- Visual prototypes
- Presentation models
- Miniatures
- Jewelry masters
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
Tough Resin
ABS-like toughness with SLA finish.
Best Use Cases
- Functional prototypes
- Snap-fit assemblies
- Impact testing
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Medium
Chemical Resistance
Medium
Relative Cost
$$$
Flexible Resin
Shore 80A flexible resin.
Best Use Cases
- Gaskets & seals
- Overmold prototypes
- Ergonomic grips
- Wearables
Resolution
50 µm
Surface Finish
Smooth
Flexibility
Very High (Shore 50–80A)
Chemical Resistance
Medium
Relative Cost
$$$
Dental Resin
Biocompatible, Class IIa certified.
Best Use Cases
- Dental models
- Surgical guides
- Custom trays
- Medical devices
Resolution
25 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
High
Relative Cost
$$$$
High-Temperature Resin
Withstands up to 240°C.
Best Use Cases
- Injection mold masters
- Thermoforming tools
- Hot-air/fluid testing
- High-temp fixtures
Resolution
25–50 µm
Surface Finish
Smooth
Flexibility
Low (rigid)
Chemical Resistance
High
Heat Resistance
~240 °C
Relative Cost
$$$$
Clear Resin
Optically clear photopolymer that polishes to a glass-like transparency. Printed at 8K/14K mono-LCD resolution for fine optical features.
Best Use Cases
- Light pipes & lenses
- Fluidics & microfluidics
- Transparent enclosures
- Display prototypes
Resolution
25 µm
Surface Finish
Ultra Smooth
Flexibility
Low (rigid)
Chemical Resistance
Medium
Relative Cost
$$
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
- Hobby & tabletop models
- Quick design iterations
Resolution
25–50 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$
Castable Resin
Wax-filled photopolymer engineered for investment casting. Burns out cleanly from plaster or ceramic molds with minimal residue. Used by jewelers and dental labs.
Best Use Cases
- Jewelry investment casting
- Dental crowns & bridges
- Lost-wax prototyping
Resolution
25 µm
Surface Finish
Very Smooth
Flexibility
Low (rigid)
Chemical Resistance
Low
Relative Cost
$$$$
Ceramic-filled Resin
Ceramic-loaded photopolymer for stiff, heat-tolerant parts with a stone-like finish. High dimensional accuracy and low shrinkage.
Best Use Cases
- Stiff jigs & fixtures
- Architectural models
- Decorative stone-finish parts
Resolution
25–50 µm
Surface Finish
Matte
Flexibility
Very Low
Chemical Resistance
High
Heat Resistance
~120 °C
Relative Cost
$$$
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 | ~60 °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 | $ |
| ABS | 40–50 MPa | ~100 °C | Medium | Medium | $$ |
| PETG | 50–55 MPa | ~80 °C | Medium | High | $$ |
| TPU | 30–50 MPa | ~80 °C | Very High | High | $$ |
| ASA | 45–55 MPa | ~100 °C | Medium | High | $$ |
| 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-GF | 55–65 MPa | ~85 °C | Low | High | $$ |
| High-flow PETG | 48–55 MPa | ~78 °C | Medium | High | $$ |
| Polypropylene (PP) | 30–40 MPa | ~100 °C | High | Very High | $$ |
| Glass Fiber–filled | 60–80 MPa | ~120 °C | Low | High | $$ |
| PLA Aero | 20–30 MPa | ~55 °C | Low | Low | $$ |
| Standard Resin | - | - | Low (rigid) | Low | $$ |
| Clear Resin | - | - | Low (rigid) | Medium | $$ |
| Water-Washable Resin | - | - | Low (rigid) | Low | $$ |
| Nylon (PA) | 70–85 MPa | ~120 °C | Medium | High | $$$ |
| Polycarbonate (PC) | 55–75 MPa | ~140 °C | Medium | Medium | $$$ |
| Carbon Fiber–filled | 70–90 MPa | ~120 °C | Very Low | High | $$$ |
| PETG-CF | 60–70 MPa | ~85 °C | Low | High | $$$ |
| PVA Support | N/A | ~60 °C | Low | Dissolves in water | $$$ |
| Tough Resin | - | - | Medium | Medium | $$$ |
| Flexible Resin | - | - | Very High (Shore 50–80A) | Medium | $$$ |
| Ceramic-filled Resin | - | ~120 °C | Very Low | High | $$$ |
| PA-CF | 90–110 MPa | ~140 °C | Very Low | Very High | $$$$ |
| PAHT-CF | 95–115 MPa | ~150 °C | Very Low | Very High | $$$$ |
| PPS-CF | 110–130 MPa | ~220 °C | Very Low | Excellent | $$$$ |
| PPA | 80–100 MPa | ~160 °C | Low | Very High | $$$$ |
| Dental Resin | - | - | Low (rigid) | High | $$$$ |
| High-Temperature Resin | - | ~240 °C | Low (rigid) | High | $$$$ |
| Castable Resin | - | - | Low (rigid) | Low | $$$$ |
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