Materials catalog
Advanced materials engineered for extreme applications
We stock only the highest-performing materials, so every part is reliable and repeatable. Filter by technology or by technical requirement, then open any material to read its specifications and download the technical data sheet.
Technology
Tag
Catalog of industrial 3D printing materials
6 materials
A lightweight substitute for metal parts in aggressive environments: it resists oils, solvents and high temperatures while holding tolerances. Cuts weight and cost compared with aluminum arms and supports.
HDT
180 °C
Elongation
4%
Tensile strength
110 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
Chemical resistance comparable to stainless steel in many aggressive fluids, with a continuous service temperature of up to 220 °C. It absorbs very little moisture, so it stays dimensionally stable even in humid environments.
HDT
220 °C
Elongation
3%
Tensile strength
90 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
The standard high-performance polymer in aerospace, medical and oil & gas. Up to 2x the strength of aluminum at half the weight, continuous operation above 250 °C, and resistance to steam, autoclaves and aggressive chemical environments.
HDT
343 °C
Elongation
30%
Tensile strength
100 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
High-performance polymer with superior dimensional stability and excellent fire behavior. An alternative to PEEK for FST-certified aerospace parts, with lower shrinkage and better post-print machinability.
HDT
335 °C
Elongation
8%
Tensile strength
103 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
Self-extinguishing, FST-certified high-performance polymer for aerospace interiors and applications where fire is a risk. It retains its mechanical properties up to 200 °C and withstands repeated sterilization.
HDT
186 °C
Elongation
7%
Tensile strength
83 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
Exceptional chemical and hydrolytic resistance: it withstands repeated autoclave sterilization cycles and contact with aggressive detergents without degrading. The standard for medical devices and parts in contact with hot fluids.
HDT
207 °C
Elongation
60%
Tensile strength
76 MPa
Min. wall
3 mm
Accuracy up to 100 mm
± 0.6 mm
Max. dimensions
350 × 350 × 450 mm
Not sure which high-performance polymer to choose?
Temperatures, chemical resistance, cost and when they can replace aluminum: the full comparison is in our technical guide.
Read the guide: PEEK vs Ultem vs PPS →How to choose a polymer class
The higher the tier, the greater the heat, mechanical and chemical resistance, and the higher the cost. Choose the lowest tier that meets your requirements for temperature, load and chemical resistance. Within each tier, amorphous polymers soften gradually and shrink little, so they stay more stable during printing; semi-crystalline polymers melt at a precise temperature and better resist solvents, wear and fatigue.
Ultra-performance
extrusion above 400 °C
Amorphous: PEKK-A · PEI (Ultem™) · TPI
Semi-crystalline: PEEK · PEKK-C · PAEK
High-performance
extrusion above 350 °C
Amorphous: PPSU · PSU · PES
Semi-crystalline: PPS · PVDF
Engineering polymers
extrusion above 220 °C
Amorphous: PC · PC/ABS · PPE/PS
Semi-crystalline: PA12 · PA6 · POM
Commodity polymers
extrusion above 160 °C
Amorphous: ABS · ASA · PETG · HIPS
Semi-crystalline: PLA · PP
Extrusion temperatures are indicative. Photopolymer resins (MSLA) are a separate family, outside the pyramid. The catalog above lists the materials we print, with their specifications.
FAQ
Frequently asked questions
Everything designers and purchasing managers need to know about materials for industrial 3D printing.