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Higher strength-to-weight ratios, greater heat deflection temperatures, and better wear and chemical resistance than standard filaments — at the cost of tighter process control and, in some cases, specialised equipment.

Mechanical Components

Load-bearing parts, gears, and structural components that need to outperform standard filaments.

High-Temperature Parts

Components operating near heat sources, where standard filaments would soften or deform.

Chemical-Resistant Fittings

Fittings and fixtures exposed to solvents, fuels, or other chemicals that would degrade standard plastics.

Wear & Motion Components

Bushings, guides, rollers, and moving parts where low friction and long-term wear performance are critical.

Properties

What this family is — and isn't — good for.

This isn't one material but a family, each suited to a different demand: PC and PC-CF for impact strength and clarity, Nylon (PA6/PA12/PA11) and its fibre-filled variants for toughness and wear resistance, PEEK and PEI for sustained high-temperature and chemical environments, and PBT, POM, PP, and PMMA for specific mechanical or electrical properties. These trade easy printing for performance, and typically need tighter process control — and in some cases, specialised equipment — to print well. We'll help match the right one to your load, temperature, and chemical requirements rather than defaulting to a single "strong" material.

PC (Polycarbonate)PC-CFNylon (PA6 / PA12 / PA11)Nylon-CF / GFPPS-CFPEEKPEIPBTPOMPPPMMA
Common Applications

Where we typically use it.

  • Load-bearing mechanical components
  • Parts operating in high-temperature environments
  • Chemical-resistant fittings and fixtures
  • Wear parts, bushings, and low-friction components
  • End-use production parts replacing machined metal

Considering an engineering polymer for your part?

Tell us the load, temperature, and chemical exposure, and we'll recommend the right material.