In industrial production and product manufacturing, coating materials act like "invisible guardians", silently enhancing the performance and quality of products. Today, a special coating liquid silicone for airbags, IOTA M1730/M1740, has emerged prominently in multiple fields such as safety, construction, and electronics with its outstanding comprehensive capabilities, becoming a highly favored "all-rounder".
For products that require coating treatment, the compatibility of the material is crucial. This coating liquid silicone features super strong self-adhesion to nylon 66 material, solving many industry pain points. For example, in the production of protective clothing, nylon 66 fabric is lightweight and durable, but ordinary coatings tend to peel off with wearing and washing, affecting the protective effect. However, this silicone can adhere firmly to the fabric—whether it is friction from daily activities or repeated washing, there will be no delamination or peeling. At the same time, it can also enhance the anti-permeability of the protective clothing, providing users with greater peace of mind.
In the production and processing link, its low-viscosity characteristic brings great convenience. Traditional coating materials have high viscosity and are prone to sticking to pipelines and pumps during transportation, which not only causes waste but also requires frequent shutdowns for cleaning, seriously affecting production efficiency. In contrast, this silicone has good fluidity, enabling it to easily pass through the automatic feeding system and evenly cover the surface of the substrate. Whether it is the coating of large-area architectural textiles or the precise sealing operation of 3C products, it can complete the task accurately. This not only reduces errors caused by manual operations but also speeds up the production process, helping enterprises cut costs.
The "dual advantages" of rapid thermal curing and long operation time make it stand out even more. After workers mix the materials, they do not need to rush to complete the work; instead, they have sufficient time to adjust the coating details according to product requirements, ensuring that every part meets the standards. Once the thermal curing process is initiated, the material can quickly set without long waiting times, effectively shortening the production cycle. The cured silicone also exhibits excellent mechanical properties, with strong anti-aging and anti-impact capabilities. When used on architectural textiles, it can resist wind, sun, and rain erosion; when applied to 3C products, it can tightly fill gaps to prevent dust and moisture from entering, safeguarding the stable operation of electronic devices.
From airbags that protect lives, to textiles that improve building quality, and to sealing protection that cares for electronic devices, this coated silicone has broken the limitations of material applications with its wide applicability and reliable performance. It not only provides enterprises with better coating solutions but also allows consumers to use more durable and safer products, truly maximizing the value of the material.
