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ABS with flame retardants (flame rating V0 – self-extinguishing). Suitable for electrical equipment housings and parts where fire safety requirements apply.
Heat-resistant and impact-resistant engineering material, easy to machine and glue. Printing in an enclosed chamber is recommended to prevent parts from warping.
ASA reinforced with aramid (Kevlar) fibre: resistant to UV, wear and impact, suitable for outdoor and mechanically loaded parts.
PA12 nylon reinforced with 15% carbon fibre: stiff, wear and impact resistant, suitable for gears, brackets, tool parts. Drying the filament before printing is recommended. With carbon fibre – stiffer with a matt surface; abrasive, so a hardened steel or tungsten carbide nozzle is required.
PA12 nylon reinforced with 15% carbon fibre: stiff, wear and impact resistant, suitable for gears, brackets, tool parts. Drying the filament before printing is recommended. With carbon fibre – stiffer with a matt surface; abrasive, so a hardened steel or tungsten carbide nozzle is required.
Polycarbonate with PTFE (Teflon) additive: strong, low friction – suitable for sliding parts, bushings, guides.
Polycarbonate and PBT blend: strong, impact- and chemical-resistant engineering material for functional parts.
PCTG – a PETG relative, tougher and more impact resistant, transparent and bonds well between layers. Suitable for functional parts.
The easiest material to print: low shrinkage, no enclosure needed. Suitable for prototypes, housings, holders and templates. Not suitable for parts exposed to temperatures above about 55 °C.
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