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 outstanding all-round performance, it has not only established a firm foothold in the safety protection field but also demonstrated "versatile capabilities" in construction, electronics, and other sectors, becoming a new favorite in the material industry.
For products requiring coating treatment, the compatibility and practicality of materials are crucial. This coating liquid silicone features excellent self-adhesion tailored for nylon 66 materials, addressing pain points across numerous industries. In the production of protective clothing, when nylon 66 fabrics are paired with this silicone coating, the silicone adheres tightly to the fabric surface without peeling off due to the wearer's movement or cleaning. Simultaneously, it enhances the clothing's impermeability and wear resistance, providing more reliable protection for medical staff, outdoor workers, and other groups.
In the production and processing stage, its low-viscosity characteristic brings great convenience. Traditional high-viscosity coating materials tend to clog pumps and cause uneven feeding during transportation, which not only disrupts production schedules but also leads to inconsistent product quality. In contrast, this silicone, like a "smooth stream," can easily pass through pump-based automatic feeding systems and evenly cover the substrate surface. Whether for large-area coating of architectural textiles or 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 operating time make it stand out among numerous coating materials. After mixing the materials, workers have ample time to adjust the coating thickness and range according to product requirements without rushing; once the thermal curing process is initiated, the material solidifies and shapes quickly, without delaying subsequent production steps. The cured silicone also boasts superior mechanical properties: on architectural textiles, it can resist wind, sun, and rain erosion, extending the material's service life; in 3C products, it can tightly fill gaps, effectively preventing dust and water, and safeguarding the stable operation of electronic devices.
From life-saving airbags to textiles that protect building durability, and to sealing protection for electronic devices, this coating liquid silicone, with its diverse application scenarios and excellent performance, has broken the boundaries of material applications. It provides a new option for quality upgrading in various industries and allows us to see the infinite possibilities behind material technology.