Foam & Sponge Materials

Closed Cell, Open Cell & Reticulated Foams – Cut to Spec

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Overview of Foam & Sponge

We convert a wide variety of closed-cell, open-cell and reticulated foams — tailored to suit your exact performance requirements.

From lightweight cushioning to air and water sealing, our foam and sponge materials can be customised by thickness, density, and structure to match your product’s specific environment and function. Whether you’re prototyping or scaling to production, our team helps you select and convert the right foam for lasting reliability.

Materials Range

Our Foam & Sponge Materials

We work with a wide range of foam and sponge materials — each selected for their unique performance properties and tailored to your application needs. Whether you’re looking for sealing against air and moisture, vibration damping, insulation, or cushioning, we help you choose the right foam from trusted manufacturers.

Benefits

Here’s why manufacturers choose RGH:

Foam and sponge materials offer versatile, reliable solutions across industries — especially when tailored by an experienced converting partner.

Custom Engineered

Foam selected and cut for your specific application, from cushioning to sealing.
Wide Material Range

Includes EPDM, PU, PE, PVC and reticulated foam — open or closed cell options.
Thermal & Acoustic Control

Insulate against heat, cold and noise in demanding environments.
Water & Dust Resistance

Closed-cell foams provide excellent sealing performance for enclosures.
Lightweight & Durable

Maintain strength while reducing overall product weight.
Industry-Specific Expertise

We help manufacturers in medical, electronics, construction and automotive sectors match materials to regulation and performance standards.

Gallery

Foam & Sponge Material Solutions

See how our foam and sponge materials can be converted, providing cushioning, sealing, insulation, and vibration control solutions. Explore the gallery to discover how these versatile materials enhance comfort, protection, and system performance.