The Rubberlite R&D team continues to expand our HyPUR-cel® line of open-celled polyurethane foams, this includes our new I-Series line.
Offered in the broadest range of density and thickness, HyPUR-cel® is a unique family of medium to high density engineered foams comprised of three distinct product lines to meet your application needs.
Whether you need products from our I-series of highly resilient, very low compression set products, our S-series foams which offer exceptional elongation and thermal formability, or our T-series of thermo-formable foams, Rubberlite has designed each to offer cost effective solutions to your foam performance requirements.
Each product line is manufactured to meet specific market needs. Our open-celled, breathable polyurethanes are available with anti-microbial additives for footwear and medical applications, flame retardants for automotive and industrial requirements and a variety of firmness options for controlled shock absorption and cushioning.
All products are offered in 60” wide roll skived to meet Rubberlite’s exceptionally tight thickness tolerances. Fabrics, adhesives, films or foam composites are available from our lamination department enhancing product design and performance.
For footwear, medical, industrial, orthopedic soft goods, automotive, electronics, aerospace, protective equipment and more, HyPUR-cel® is a cost effective solution.
- T-Series (polyether-based, thermo-formable)
- S-Series (polyester-based, high elasticity, high elongation)
- I-Series (polyether-based, high temperature compression set performance)
Physical Charateristics of all HyPUR-cel® Grades
- Ultra Low Compression Set
- Breathable/Open Cell
- Dimensionally Stable
- Enviromentally Friendly
- Custom Converted Thicknesses
- REACH Compliant
Other Formulations and Additives
- Fire Retardant
- Custom Colors
Polyester-based offered in four formulations:
Polyether-based offered in densities from five to twenty pounds
Tintable foam product offers custom applications
Fantastic for applications ranging from industrial to footwear
Available in a variety of densities
High rebound characteristics that often exceed neoprene capacities
Excellent high temperature compression set