When people pursue product quality and safety, they often overlook the coating materials that play a silent role behind the scenes. Now, a dedicated airbag coating liquid silicone named IOTA M1730/M1740 has emerged. With its all-round excellent performance, it has not only established a firm foothold in the field of safety protection but also demonstrated "all-round capabilities" in multiple fields such as construction and electronics, becoming a new "favorite" in the material industry.
For products that require coating treatment, the adaptability and practicality of the material are crucial. The excellent self-adhesion of this coating liquid silicone, designed for nylon 66 material, solves pain points in many industries. In the production of protective clothing, when nylon 66 fabric is combined with this silicone coating, the silicone can adhere tightly to the fabric surface without peeling off due to the wearer's activities or washing. At the same time, it can enhance the impermeability and wear resistance of the protective clothing, providing more reliable protection for groups such as medical staff and outdoor workers.
In the production and processing process, its low viscosity brings great convenience. Traditional high-viscosity coating materials are prone to problems such as pump blockage and uneven feeding during transportation, which not only affect the production progress but also lead to inconsistent product quality. However, this silicone, like a "smooth stream", can easily pass through the pump-based automatic feeding system and evenly cover the surface of the base material. Whether it is the coating of large-area architectural textiles or the precise sealing of 3C products, it can be completed efficiently, significantly reducing production difficulty and costs.
The "dual advantages" of rapid thermal curing and long operation time make it stand out among many coating materials. After mixing the material, workers have sufficient time to adjust the coating thickness and range according to product requirements without rushing to complete the work. Once the thermal curing process is initiated, the material can quickly cure and form, without delaying subsequent production steps. The cured silicone also has super-strong mechanical properties. On architectural textiles, it can resist wind, sun, and rain erosion, extending the service life of the material; in 3C products, it can tightly fill gaps, effectively preventing dust and water, and protecting the stable operation of electronic equipment.
From airbags that safeguard lives, to textiles that ensure building durability, and to sealing protection that cares for electronic equipment, this coating liquid silicone, with its diverse application scenarios and excellent performance, breaks the boundaries of material applications. It provides a new option for quality upgrading in various industries and also allows us to see the infinite possibilities behind material technology.
