Formed material for anti-slip oil resistant shoe sole

Abstract

The formed material for anti-slip oil resistant shoe sole includes the following main components: polyvinyl chloride 100 weight portions, plasticizer 45-90 weight portions, expanding powder 1-5 weight portions, stabilizer 1-1.5 weight portions, and foaming powder 0.5-4 weight portions.

Description

technical field [0001] The present invention is related to the composition material for making shoe soles, in particular, it refers to a molding material for anti-slip and oil-resistant shoe soles. Background technique [0002] Foam composition is a molding material widely used in the manufacture of shoe soles, but the soles made of known foam materials have obvious deficiencies in terms of anti-slip and oil resistance. When the soles are in contact with wet ground or When the ground with oil stains is in contact, water and oil will adhere to the surface of the sole to form a water film or an oil film, causing the danger of slipping accidents to occur from time to time. Therefore, for workers who often need to walk on wet or oily ground (for example: Chefs) choose to wear shoes with rough-toothed soles, use the design of the sole pattern to improve the grip of the sole, and try to improve the lack of anti-slip and insufficient wear resistance of the sole material. [0003] ...

AI Technical Summary

Problems solved by technology

[0002] Foam composition is a molding material widely used in the manufacture of shoe soles, but the soles made of known foam materials have obvious deficiencies in terms of anti-slip and oil resistance. When the soles are in contact with wet ground or When the ground with oil stains is in contact, water and oil will adhere to the surface of the sole to form a water film or an oil film, causing the danger of slipping accidents to occur from time to time. Therefore, for workers who often need to walk on wet or oily ground (for example: Chefs) choose to wear shoes with rough tooth patterns on the soles, use the design of the sole patterns to improve the grip of the soles, and try to improve the lack of anti-slip and insufficient wear resistance of the sole materials.

[0003] However, the tooth pattern of the sole is easily flattened by the friction of the ground, and dust and foreign matter are easily adhered to the grease and accumulate in the tooth groove, resulting in low grip of the sole. Therefore, simply changing the design of the sole pattern, It cannot fundamentally solve the disadvantages of slipping and falling accidents caused by the anti-slip and oil resistance of the sole material