In the field of automotive safety, the importance of airbags is self-evident, and a high-performance coating material is the key to enabling airbags to achieve optimal protective effects. Recently, a coating liquid silicone specifically designed for airbags, IOTA M1730/M1740, has made a stunning appearance. With a number of outstanding properties, it has injected new vitality into the field of safety protection. What makes this coating liquid silicone most commendable is its super strong self-adhesion to nylon 66 material. It is well-known that nylon 66 is a commonly used base material for airbags, and the adhesion between the coating and nylon 66 directly affects airbag performance. In the past, some coating materials were prone to peeling and delamination, but this silicone can firmly "adhere" to nylon 66. Even after repeated folding and impact, it can maintain stable adhesion, just like putting a "close-fitting protective coat" on the airbag, ensuring the reliability of the airbag at critical moments from the source. Operational convenience is also a major highlight of this product. Its low viscosity ensures smooth material flow, allowing it to be easily adapted to automatic pump feeding systems. In the production line, there is no need for manual repeated adjustment of the feeding speed; the machine can accurately and stably deliver the silicone to the designated position. This not only reduces errors caused by manual operations but also greatly improves production efficiency, making the airbag coating process more worry-free and efficient. At the same time, it perfectly balances operation time and curing speed. After mixing, workers have sufficient time to carry out operations such as coating and adjustment, without worrying about the material curing too quickly affecting the process. When entering the thermal curing stage, it can quickly set, shortening the overall production cycle. What is more worth mentioning is that the cured silicone has excellent mechanical properties, with outstanding tensile and tear resistance. It can withstand the huge pressure when the airbag deploys, building a solid safety barrier for drivers and passengers. In addition to excelling in the airbag field, this coating liquid silicone can also be widely used in scenarios such as architectural textiles, protective clothing, and 3C product sealing. For example, in architectural textile coatings, it can improve the waterproof and wear-resistant properties of materials; when used in protective clothing, it can enhance the protection level and durability of the clothing; in terms of 3C product sealing, it can effectively block dust and moisture, protecting electronic components to operate stably. It is believed that with the continuous expansion of applications, this multi-functional coating silicone will bring dual improvements in safety and quality to more industries.