In the global wave of "dual carbon" goals and green manufacturing, self-adhesive liquid silicone rubber quietly rewrites the environmental and economic logic of industrial bonding with its natural advantage of "no need for primer".

In traditional bottom coating processes, the storage and transportation risks of flammable solvents, air pollution caused by volatile organic compounds, and the human and material resource consumption caused by multi-step operations have always been pain points that enterprises find difficult to avoid. And through molecular design innovation, self-adhesive liquid silicone rubber directly achieves the direct chemical bonding of "substrate silicone", which not only eliminates the tedious process of primer procurement, coating, and drying, but also reduces the emission of organic solvents and the storage risk of flammable substances from the source.

In the field of electronic packaging, this characteristic greatly improves the bonding accuracy of microelectronic components, avoiding poor contact caused by uneven bottom coating; In military aerospace scenarios, its high and low temperature resistance, as well as resistance to moisture infiltration, further ensure the structural reliability in extreme environments.

More importantly, the large-scale application of self-adhesive liquid silicone rubber is driving manufacturing enterprises to transition from the traditional mode of "high pollution, low efficiency" to "low energy consumption, high added value" green production - reducing the use of primer by one ton is equivalent to reducing tens of kilograms of volatile organic matter emissions; Shortening the production cycle by one hour means that the enterprise can respond to market demand faster. The dual value of environmental protection and economy is making self-adhesive liquid silicone rubber an indispensable "green bonding engine" in the Industry 4.0 era.

Regarding liquid silicone rubber, please refer to our website for details: IOTA Liquid Silicone Rubber