
Engineered to Support, Designed to Adapt
IPS Chem viscoelastic foams deliver personalized comfort with advanced pressure-relief performance. Their slow-recovery structure adapts to body contours, reducing pressure points and enhancing long-term comfort in diverse applications.

Viscoelastic foams are engineered to combine the dual behavior of viscosity and elasticity, meaning they deform under pressure and gradually return to their original shape when the load is removed. This unique slow-recovery property allows the foam to conform precisely to any applied force, evenly distributing pressure while maintaining durability. IPS Chem’s viscoelastic solutions provide comfort, resilience, and stability across a wide range of industries, wherever long-term performance and user well-being are essential.
System Features
Slow recovery and body-conforming performance
Excellent pressure-relief and ergonomic support
High durability and resistance to long-term fatigue
Low thermal conductivity for enhanced comfort feel
Adjustable density, hardness, and recovery profile to meet diverse design requirements
Application Areas
Mattresses, pillows, and bedding systems
Ergonomic and office furniture
Automotive seating and interior comfort parts
Medical cushions, orthopedic supports, and rehabilitation products
Acoustic insulation and protective packaging solutions
Tailored Viscoelastic Foam Systems
Every application requires a unique balance of resilience and adaptability. IPS Chem develops customized viscoelastic formulations with controlled recovery time, density, and hardness profiles to match specific performance expectations. With on-site technical support and process consulting, we help manufacturers achieve consistent quality, optimized production, and products that stand out in both comfort and durability.
Get in Touch!
Partner with IPSchem to discover custom polyurethane solutions, technical support, and collaborative opportunities. Our experienced team is ready to guide you through every stage—from concept to application—ensuring that your projects achieve optimal performance, efficiency, and sustainability.