Why Choose Co-Moulding Over Extrusion?

Integration Is the Key Advantage

In traditional extrusion, producing multi-material components usually involves making each material separately and assembling them afterward. This adds production steps, increases handling, and can create weak points where materials are joined.

With co-moulding, these challenges are minimized:

• Assembly steps are reduced or eliminated
• Structural strength improves as materials bond during moulding
• Complex geometries become achievable
• Product reliability increases
• Overall performance is enhanced

For applications requiring oil sealing under compression, vibration resistance, ergonomic grips, or mechanical reinforcement, co-moulding provides a clear advantage.

Where This Matters

At Silcotech, we apply co-moulding to components that demand multiple functionalities within a single part. Our solutions are especially tailored for industries where precision and reliability are critical:

• Medical devices – leveraging our ISO 13485 certification to deliver safe, high-performance components
• High-precision seals and gaskets
• Oil and fluid sealing components
• Ergonomic grips for medical and industrial tools
• Multi-material industrial parts
• Consumer products like headsets

In these applications, performance is non-negotiable. A weak bond or misalignment can result in leakage, mechanical failure, or shortened product lifespan. That’s why every co-moulded part is engineered carefully from the design stage.