Screen-printed silicone shows remarkable characteristics in terms of anti-slip and protection. These characteristics make screen-printed silicone widely used in many fields. The following is a detailed explanation of the anti-slip and protective features of screen-printed silicone:
1. Anti-slip features
Screen-printed silicone can firmly adhere to the surface of textiles, non-woven fabrics, genuine leather, imitation leather and other materials, forming a tight anti-slip layer.
This adhesion ensures that the silicone will not easily fall off under prolonged use and repeated friction, thus providing a long-lasting anti-slip effect.
This makes screen-printed silicone perform well on shoes, gloves and other items that need to be in frequent contact with the ground or other objects, effectively preventing slippage due to friction.
Three-dimensional feel and soft touch:
The silk-screen silicone pattern has a strong three-dimensional feel and is soft to the touch, complementing textiles or leather goods.
This soft feel not only improves the comfort of use, but also increases the anti-slip effect, because the soft silicone layer can better fit the contact surface and reduce the possibility of sliding.
2. Protection characteristics
Screen-printed silicone has good waterproof properties and can effectively prevent moisture from penetrating into textiles or leather goods.
Screen-printed silicone can be used for a long time and maintain its soft and elastic properties in the temperature range of -50 degree ~200 degree .
This high and low temperature resistance enables screen-printed silicone to maintain good performance in various extreme environments, providing long-lasting protection for textiles or leather goods.
Screen-printed silicone has good breathability and can allow air to circulate inside textiles or leather goods.
This helps prevent the stuffy feeling caused by long-term use and improves comfort.
This allows the screen-printed silicone to maintain the stability and durability of its performance even in situations where it needs to be exposed to chemical substances.