In the production of special coating products, manufacturers often face a dilemma: "flame-retardant materials are hard to be antistatic, antistatic materials are hard to be flame-retardant, and materials that balance both properties may be complicated to operate". Recently, the launch of a flame-retardant and antistatic addition-cure silicone rubber has perfectly broken this deadlock. It achieves the balance of "flame retardancy, antistatic property, and ease of operation", becoming an "all-round player" in the special coating field.

1. "Dual Advantages" of Flame Retardancy and Antistatic Property Enhance Safety

It can meet the core requirements of both flame retardancy and antistatic property at the same time, eliminating the need to switch repeatedly between two types of materials.

• This not only simplifies the production process but also avoids compatibility issues caused by the combination of different materials.
• For example, when used in protective fabrics for lithium battery production workshops, it can deal with the risk of battery fire through its flame-retardant property, and prevent electrostatic interference with battery performance through its antistatic function, providing more comprehensive protection.

2. Ease of Operation Greatly Lowers the Production Threshold

Component A has low viscosity and good fluidity. It can quickly and evenly mix with Component B, and supports dilution of the slurry.

• During coating, it can easily cover the substrate, allowing workers to master the operation skillfully without complex training.
• Although its mixing ratio of 5:100 is different from the conventional ratio, the proportioning can be completed by accurate weighing by weight, without the need for professional equipment. This makes it easy for small and medium-batch production enterprises to use.

3. Reliable Quality Stability

After curing, its hardness reaches 50 Shore A. It has sufficient support to resist daily wear and tear, while also having a certain degree of flexibility, preventing coating cracking due to excessive brittleness of the material.

• Meanwhile, its color-adjustable feature allows the product to adapt to the appearance requirements of different scenarios. Whether it is for industrial equipment protection or electronic component packaging, a suitable appearance solution can be found.

The emergence of this silicone rubber not only solves the "selection dilemma" in the production of special coatings but also provides manufacturers with a cost-effective material option. It is believed that with its wide application, it will promote the special coating industry to achieve a "win-win situation of safety and efficiency" and build a reliable safety barrier for more high-risk scenarios.