From component design to repeat production. Explore our information page for custom fastener dimensions, housings, fittings, and functional polymer parts.
Our team will help select the right manufacturing method and material to match your production volume and long-term demand.
Injection moulding is a manufacturing process used to produce plastic and polymer components by injecting molten material into a specially designed mould. The material cools and solidifies into the required shape before the mould opens and the finished part is released. This process is well suited to producing repeat quantities of custom components, including housings, fittings, clips and connectors.
Reproduce a defined design
Use the same tool to produce repeated shapes, with process control and inspection agreed for the component.
Build function into the part
Combine ribs, bosses, clips and other mouldable features to reduce the need for separate components.
Plan beyond the first batch
Spread tooling cost across production demand. The economic case depends on part complexity, grade and volume.
Match performance to service
Consider wear, chemical exposure, temperature, stiffness, and electrical requirements when selecting a grade.
PEEK, PEI, PPS
These high performance polymers are ideal for producing custom parts for demanding applications
PP, PE
For general purpose use, these materials are ideal with their high stiffness and environmental suitability.
POM, PA
To produce components in this material, friction, loading and moisture effects need to be considered to avoid dimensional issues.
PC
Ideal if a component requires transparency
PVDF
If corrosion and chemical resistance is required, PVDF can easily be injection moulded.
Glass Filled Grades: RENY, PEEK GF30, PA66 GF60
RENY is known for its ability to be easily injection moulded. PEEK GF30 requires an elevated mould temperature, but the process is achievable. PA66 GF60 can be injection moulded, and is often used as a metal replacement because of its high stiffness.
