Categories
Categories
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WANOL®C2010
Wanhua WANOL® C2010 is a polyether polyol primarily used in the production of flexible polyurethane foam. It offers excellent flowability, good reactivity, and stable foam performance. This makes it ideal for applications in furniture, mattresses, and automotive seating, delivering comfort, durability, and consistent product quality.
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WANOL®F2130P
WANOL® F2130P is a flexible polyether polyol designed for producing polyurethane materials. It is used in foam formulations and related applications to provide softness, resilience, and processing stability, making it suitable for manufacturing comfort products, cushioning components, and other flexible polyurethane systems requiring consistent performance and durability. Learn More -
WANOL®F3056
WANOL® F3056 is a three-functional polyether polyol designed for polyurethane production. It is mainly used in flexible PU foam and coating systems, providing suitable reactivity and structure for applications such as block foam, cushioning materials, and related polymer formulations requiring durability and performance. Learn More -
WANOL®F3056D
WANOL® F3056D is a glycerol-based polyether polyol used as a key raw material in polyurethane production, especially for manufacturing flexible polyurethane foams and related CASE applications. It contributes to foam softness, resilience, and processing stability in products such as furniture, bedding, and other cushioning materials. Learn More -
WANOL®F3110P
WANOL® F3110P is a polyether polyol designed for polyurethane formulations, mainly used in rigid or semi-rigid foam systems. It contributes to crosslinking, dimensional stability, and thermal insulation performance, making it suitable for applications such as building insulation, cold-storage panels, and industrial spray-foam systems when reacted with isocyanates. Learn More -
WANOL®F3125P
WANOL® F3125P is a polyether polyol used as a key raw material in polyurethane production, particularly for flexible and semi-rigid foam applications. It contributes to improved resilience, processing stability, and mechanical performance, making it suitable for furniture cushioning, automotive components, and various insulation or structural foam systems. Learn More