Special Properties of Silicone Cushion for Shoes

Silica gel is a highly active adsorbent material. The silicone cushion for shoes is an amorphous substance which is insoluble in water and any solvent. It is non-toxic and tasteless and its chemical properties are stable. It does not react with any substance other than a strong base. Therefore, the silicone insole produced by the silicone pad manufacturer is a special rubber pad with special properties.

The silicone cushion for shoes is divided into finished products and semi-finished products. The semi-finished products are refined and then mixed with other industrial materials. After mechanical processing, they can be made into silicone rubber products. The silicone products need to be heated and combed at high temperature. The silicone material is transparent, soft and flexible. It is completely placed on the machine and does not affect the operation of the machine. And the silicone sleeve is molded by the design of the mold, so the manufacturer will fully consider the maneuverability and ensure that the silicone sleeve is placed on the machine. And the silicone sleeve is not often removed from the machine like the holster or cloth cover. This greatly facilitates the user.

The material used in the silicone sleeve is very inert and does not react with any other acid-base products under normal conditions. It is waterproof, high temperature resistant and heat-insulating. Therefore, the silicone sleeve is a good protection device for protecting handheld electronic devices. Silicone products are used as accessories for electronic products. At first, the main function is to protect the surface of the product from scratches and dirt. The intrusion was gradually applied to the production of insoles and the like. Silicone insole is a highly active adsorbent material that is amorphous. Various types of silica gels produced by silicone cushion for shoes manufacturers have different microporous structures due to their different manufacturing methods. The chemical composition and physical structure of silica gel determine that it has many other similar materials that are difficult to replace: high adsorption performance, good stability, chemical stability, and high mechanical strength.