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To improve occupant safety and impact protection, silicone rubber fabric coatings and seam sealants can aid in preserving the integrity of airbag designs. With the utilisation of silicone’s characteristics, silicone coating materials offer good light resistance (colouring prevention induced by light).
Due to their excellent adherence to inorganic materials and thermal stability, they can be employed not only for semiconductor applications but also as a protective layer for a variety of materials.
When deployed, airbags generate heat that may increase the chance that passengers would burn. Without the airbag ripping or tearing during deployment, this heat can be eliminated or contained by covering it with silicone.
The Global Automotive airbag silicone coating market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Sales of high-end automobiles with more safety features, such as 5-8 airbags per vehicle, are predicted to increase, as is interest in and uptake of various airbag types in passenger cars.
These factors are projected to promote industry growth. The Vehicle Airbag Silicone Market is anticipated to be driven by stringent safety regulations in the upcoming years, as well as rising installations and rising demand for frontal, curtain/side, and knee airbags.
Throughout the projection period, market players should have possibilities for expansion due to the increased demand for electric vehicles and the increasing penetration of airbags in commercial vehicles.
Due to cost-effectiveness and regional airbag companies maximising their presence to lower supply chain costs, there has been an increase in demand in nations like China, Japan, South Korea, and Thailand.
This increase can be ascribed to international development. On the other hand, nations like India are heavily reliant on outsourcing to meet the demand for fabric and automobile airbag silicone due to the absence of supplier engagement.
Airbags can enhance the danger of occupants being burned upon activation by producing heat. Applying a silicone coating to the airbag will help to contain/dissipate this heat without causing it to tear or tear upon deployment.
With the rising use of these devices to prevent injuries, the requirement for and quantity of airbags per vehicle are anticipated to decline. This anticipated decline in airbags per vehicle is anticipated to reduce demand for silicones and reduce the demand for automotive silicone airbags over the course of the forecast period.
