Filter by the property that matters — strength, heat, flexibility, UV or chemical resistance — and we'll show you what will work.
14 of 14 materials match
Easy-printing biopolymer with excellent detail and clean surface finish. Great for concept models and non-load-bearing parts.
Balanced everyday engineering plastic with good strength, chemical resistance and impact toughness.
Carbon-fibre reinforced PLA with premium matte finish, high stiffness and dimensional stability.
Carbon-fibre PETG combines PETG's toughness with fibre reinforcement for stiff, durable engineering parts.
Carbon-fibre ASA — UV-stable, weather-resistant and strong. Ideal for outdoor and automotive use.
Soft, highly flexible elastomer for gaskets, grips and cushioning applications.
Semi-flexible TPU with better strength and print speed than 80A. Great for functional flexible parts.
Tough, impact-resistant thermoplastic — long the workhorse of engineering plastics.
UV-stable alternative to ABS, ideal for outdoor use without discolouration.
Tough, wear-resistant engineering plastic. Excellent for moving parts and functional assemblies.
High-temperature, high-strength engineering material for demanding functional parts.
Carbon-fibre reinforced polymers across PA, PETG and PC — for stiff, lightweight structural parts.
Glass-fibre reinforced polymers for stiffness and dimensional stability at lower cost than carbon.
PEEK, PEKK, PPS and other speciality high-temperature polymers on request.