Polyol and Isocyanate for Lady’s Wedge Shoe Sole

Description

Parameters

Advantages

1. Low density and high hardness, realizing lightweight and structural support for shoe soles.
2. Superior product appearance with little pinhole and weak foam line, high finished product yield.
3. Flexible formula adjustment: the dosage of C-2 additive, water and hardener can be adjusted according to actual production demands.
4. Stable physical properties, with qualified tensile strength, elongation, tear strength and wear resistance.
5. Mature foaming and molding process, adaptable to different sole thickness production (demold time adjustable).
6. Wide hardness range (Shore A 60~88), meeting diverse shoe sole production needs.

Application

This low density water-soluble polyurethane resin is mainly applied in the production of various shoe sole products. It is widely used for outsole, slipper soles and wedge shoe soles. Meanwhile, the series polyurethane materials cover shoe adhesive, CPU, TPU, polyester polyol, ink PU resin, PUR hot melt adhesive, flexible package adhesive and synthetic leather PU resin, serving multiple industrial fields.

End-use Applications

1. Footwear finished products: Shoe outsole, slipper soles, wedge shoe soles and other daily footwear sole accessories.
2. Supporting industrial products: Shoe special adhesive products, flexible package bonding materials.
3. Industrial raw material matching: Ink PU resin materials, synthetic leather base materials, PUR hot melt adhesive finished products.

Polyol and Isocyanate for Lady’s Wedge Shoe Sole

This Low Density Shoe PU System is a professional water soluble polyurethane resin developed for shoe sole manufacturing. It adopts a stable polyurethane formula with low density and high hardness performance. The finished products feature excellent appearance with few pinholes and faint foam lines. This system has stable molding performance and adjustable formula additives, which is suitable for mass production of various shoe sole products with reliable and stable physical properties.

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