Materials engineered for demanding service

PartsMake High-Performance Polymers

For hot, arid operating environments and aggressive chemical service, the right engineering polymer can replace metal components with lighter, corrosion-resistant alternatives. PartsMake machines PEEK, PTFE, PVDF and POM-C parts for industrial applications across the GCC, with process controls designed around each material’s behaviour.

Discuss a polymer component Explore material selection

Reduce mass

Lighter component design

Where design conditions allow, polymer components can reduce assembly weight compared with metal and help simplify handling in equipment, skids and service systems.

Resist corrosion

Designed for fluid exposure

Selected polymers can avoid the corrosion mechanisms affecting metal parts in compatible chemical, saline and process-fluid environments. Compatibility is reviewed against the actual service conditions.

Control wear

Consider friction and creep

Wear resistance, friction behaviour and long-term deformation under load vary by polymer. Material selection balances these properties with temperature, pressure and the intended service life.

Material selection

Choose for the service conditions, not just the material name

The best fit depends on the complete operating picture: temperature range, chemical concentration, contact surfaces, loads, movement and dimensional requirements. These common engineering polymers offer different performance profiles.

PEEK

Strength at elevated temperatures

A high-performance option for precision parts requiring a combination of mechanical strength, wear performance and chemical resistance. Confirm the grade and conditions against the application.

Typical considerations: bushings, seats and instrument components.

PTFE

Low friction and broad resistance

Often considered for sliding, sealing and fluid-contact duties. Because PTFE can deform under sustained load, design support and operating limits matter for dimensional stability.

Typical considerations: seals, liners and low-friction interfaces.

PVDF

Chemical-service components

A candidate for components exposed to a range of corrosive fluids. Suitability depends on the specific chemical, concentration, temperature and exposure duration.

Typical considerations: fluid-handling and chemical-process parts.

POM-C

Dimensional stability and machinability

Useful for accurately machined components where low friction and stable dimensions are priorities, subject to the material’s temperature and chemical limits.

Typical considerations: guides, rollers and precision spacers.

Precision machining

Manage heat and movement during micro-precision machining

Engineering plastics respond to cutting heat differently from metals. Their lower thermal conductivity and higher thermal expansion can cause local temperature build-up, workpiece movement or size variation if the machining sequence is not controlled.

PartsMake plans turning and milling around the polymer grade, geometry and tolerance requirements. The aim is to limit heat input and residual stress while allowing the component to stabilise before final dimensions are verified.

1. Review the drawing

Identify critical fits, thin walls, unsupported features and tolerance relationships before selecting the machining route.

2. Control cutting heat

Use material-appropriate tooling, sharp cutting edges and considered feeds and speeds to avoid unnecessary heat and stress.

3. Support the workpiece

Plan clamping and machining sequences to reduce distortion, over-compression and deflection on slender or complex parts.

4. Stabilise and inspect

Where the part and tolerance call for it, allow thermal stabilisation between operations and verify critical dimensions after finishing.

From prototype to production

Polymer components made for real operating requirements

Share the part drawing and service conditions for an application-led review. We can assess material choice, machinability, critical dimensions and inspection needs before production proceeds.

Request an engineering review

Industrial and fluid systems

Explore suitable polymer alternatives for wear components, seals, guides and fluid-contact parts used in process equipment, pumps and skids.

Regional service conditions

Discuss heat, dust, seawater exposure and chemical duty found across GCC operating environments, with selection based on the actual application.

Dimensional verification and traceability

Inspection planning can include critical-dimension verification and material documentation appropriate to the specified polymer and procurement requirements. Requirements are agreed as part of the quotation and order review.

Virgin & Glass-Filled PEEK Machining for GCC Applications