Solutions
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WANNATE®PM-200
Wanhua WANNATE® PM-200 is a polymeric MDI (methylene diphenyl diisocyanate) widely used in polyurethane applications. It is ideal for producing rigid foam, integral skin foam, and high-resilience flexible foam. Common applications include insulation materials for refrigerators and construction, automotive interiors, adhesives, coatings, and elastomers. PM-200 offers excellent reactivity, flowability, and mechanical strength, making it suitable for continuous and discontinuous panel production. Its stable performance under various processing conditions ensures consistent product quality. Additionally, PM-200 is frequently used in composite wood products and molded foam parts, providing durability and thermal insulation across industrial and consumer product segments.
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WANEFOAM®RB2
WANEFOAM® RB2 is designed for producing rigid polyurethane foam used in thermal insulation and structural applications. It is suitable for continuous or batch production of insulation panels, refrigeration systems, and construction materials, delivering stable foaming performance, strong adhesion, and excellent heat-insulation properties for industrial and building environments. Learn More -
WANEFOAM®RCP2
WANEFOAM® RCP2 is widely used as a reactive component in polyurethane foam systems, delivering excellent insulation, structural strength, and dimensional stability. It is suitable for rigid foam applications such as construction panels, refrigeration insulation, pipelines, and energy-efficient buildings, helping enhance durability, processing efficiency, and long-term thermal performance. It performs reliably. Learn More -
WANEFOAM®RH2
Wanhua WANEFOAM® RH2 is typically applied in the production of rigid polyurethane foam systems used for thermal insulation and structural materials in construction, refrigeration, and industrial sectors. These systems provide strong adhesion, dimensional stability, and low thermal conductivity, making them suitable for sprayed or panel foam applications requiring efficient insulation performance. Learn More