Supports PU foam recyclability and circular design
PU foam products can be more easily recycled, so end-of-life foam becomes a valuable secondary raw material rather than waste.
Maximum Performance.
It's a chemistry breakthrough!
Our polyurethane (PU) adhesives are advanced water-based systems engineered specifically for polyurethane foam bonding.
Roll coat or spray · Full bond strength · Lower material usage

PU foam products can be more easily recycled, so end-of-life foam becomes a valuable secondary raw material rather than waste.
Advanced water-based systems engineered specifically for polyurethane foam bonding, designed to chemically align with PU substrates.
Built for modern production environments, with seamless integration into existing equipment.
Strong molecular interaction within the foam structure delivers full bond strength with lower material usage.
Exceptional performance with lower material usage.
It's a chemistry breakthrough!
Our polyurethane (PU) adhesives are advanced water-based systems engineered specifically for polyurethane foam bonding. Designed to chemically align with PU substrates, they create strong molecular interaction within the foam structure, delivering full bond strength while supporting sustainability. This synergy allows PU foam products to be more easily recycled, helping transform end-of-life foam into a valuable secondary raw material rather than waste. Built for modern production environments, Simalfa PU adhesives provide exceptional performance with lower material usage and seamless integration into existing equipment.
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Designed to chemically align with PU substrates and create strong molecular interaction within the foam structure.
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Full bond strength with reduced coat weight, and lower material usage in production.
03
PU foam products can be more easily recycled. End-of-life foam becomes a valuable secondary raw material rather than waste.
04
Application flexibility for roll coat or spray, with seamless integration into existing equipment.
These water-based polyurethane grades are the plant-floor options behind this chemistry. The right grade depends on substrates and line design.