We are Zouch
Advanced, ambitious, agile and always on your side
At Zouch, we don’t just provide products. We develop partnerships. The kind built on real people, real trust and a real understanding of the challenges you face.
The outstanding products we develop – and the incredible materials we source – open up endless possibilities across all sorts of industries. From bonding, joining, sealing and protecting to controlling complex noise, vibration, motion and mechanical shock, they’re high-performance components designed to push the boundaries of what’s possible.
We’re specialists in converting adhesive and non-adhesive foams and tapes onto rolls and spools, or into precision die-cut parts that fit your needs exactly. At the heart of what we do is the design of powerful, effective tape attachment methods, enabling your designers and engineers to tap into a vast range of elastomeric and highly advanced technical materials.
But working with us is about much more than our products. It’s about discovering a team whose expertise and impartiality you can really trust – a flexible, agile team passionate about sharing knowledge, creating customised solutions and helping your business break brand new ground.
What we promise
We’re dedicated to developing, producing, sourcing and delivering innovative, high-quality products and services that consistently meet your needs – and exceed your expectations.
Understanding your challenges is vital to our success, so we’re committed to working in close consultation with you, as well as with world-leading materials manufacturers, to form strong partnerships that help us all achieve incredible things.
Closed Cell Foam for Shoulder Straps and Pads for Cushioning
Comfort is one of the biggest factors in strap padding and cushioning and when it comes to closed cell foam, suppliers can rest assured that it’s soft and comfortable for the wearer whilst remaining durable.
Thermal Closed Cell Foam Inserts and Cold Bridging
The better insulated a system is, the lower its U-value and the better its ability to reduce heat between material surfaces and the outer environment.