In the field of fire-resistant materials, a product must excel in three key aspects—performance, efficiency, and adaptability—to gain industry recognition. Recently, an addition-cure silicone rubber specifically designed for high-strength fire-resistant fabrics has quickly emerged in the industry, thanks to its three core advantages: "superior performance, high efficiency, and strong adaptability." It has now become the material of choice for numerous fire-resistant fabric manufacturers.

1. Superior Performance: Dual Excellence in Flame Retardancy and Strength

Its superior performance lies in both flame retardancy and structural strength. As a dedicated adhesive for fire-resistant fabrics, it inherently possesses flame-retardant properties, effectively resisting flame intrusion and laying a solid foundation for the protective effect of fire-resistant fabrics. After curing, it reaches a hardness of 50 Shore A and a tear strength of 16 KN/m. Even when exposed to wear and tear or tearing during daily use, it maintains excellent structural stability, ensuring the fire-resistant fabric remains in an "optimal protective state" for the long term.

2. High Efficiency: Significantly Accelerates Production Rhythms

Its thixotropic property makes the construction process far more efficient. During blade coating or dip coating, the material is less likely to flow, enabling rapid shaping and reducing drying time. For enterprises engaged in large-scale fire-resistant fabric production, this feature translates to higher output per unit time. It effectively boosts production capacity, helping enterprises respond faster to market demands and gain an edge in competition.

3. Strong Adaptability: Meets Diverse Production Needs

Beyond its use as a dedicated adhesive for fire-resistant fabrics, it also works with other blade-coated or dip-coated products. It can be flexibly applied to fire-resistant wrapping materials for industrial pipelines and fire-resistant isolation mats in laboratories alike. Additionally, it supports color addition in Component B—after thorough mixing, Component B (with color) can be blended with Component A. This allows for custom color matching based on the requirements of different scenarios, further expanding its range of applications.
In terms of storage, it also offers great convenience. When stored unopened at temperatures below 23°C, its shelf life extends up to 12 months. Even after the expiration date, it can still be used if it passes performance testing, effectively reducing material waste. The emergence of this silicone rubber undoubtedly sets a new benchmark for the fire-resistant materials industry, driving the sector toward greater efficiency and higher quality.