"Shoe Material Elastomer Fluid Microcellular Foam Material High Elasticity Lightweight Wear-Resistant Rubber" Parameter Description
| In stock: | Yes | Type: | TPE |
| Grade: | RB840 | Processing Level: | Injection Grade, Hot Melt Grade, Extrusion Grade, Foam Grade |
| Feature Level: | Toughened grade, transparent grade | Usage Level: | Food Grade, Pipe Grade |
| Model: | RB840 | Specifications: | Shoe material elastomer |
| Trademark: | Japanese JSR | Packaging: | 25kg/bag |
Detailed introduction of "shoe material elastomer, fluid microcellular foam material, high elasticity, light and wear-resistant rubber"
Shoe material elastomer supercritical fluid microcellular foam material high elasticity, light weight and wear resistance Japan JSR RB840 polybutadiene rubber
Comprehensive introduction
Microcellular polymer foam is known as the "new material of the 21st century", which is replaced by supercritical carbon dioxide (CO2) or nitrogen (N2) as a blowing agent The traditional organic foaming agent is the current, environmentally friendly and advanced polymer foaming technology, which completely eliminates the environmental hazards and safety problems caused by organic solvents such as chlorofluorocarbons, alkanes, petroleum ether, and the foaming agent azodicarbonamide. , to build a green manufacturing process in the field of polymer foam, and create green polymer microporous materials for human beings.
Innovative Points
(1) This project uses supercritical fluid as physical foaming agent to prepare microcellular polymer foaming material. The product completely eliminates chlorofluorocarbons, alkanes, petroleum The environmental hazards and safety problems caused by organic solvents such as ether and the foaming agent azodicarbonamide belong to low-carbon, green, and environment-friendly foaming materials. (2) The microcellular elastomer foam material prepared by using supercritical fluid as the foaming agent in this project has a three-dimensional cell structure, small cells, high cell density, uniform cells, and excellent mechanical properties (such as low compression). deformation, high resilience, light weight, etc.).
Technical indicators
Low density <0.2g/cm3, rebound greater than 60%, compression deformation <40%
