0-6(sample free）

Benefits：

As a silanization reagent, it participates in the synthesis of organosilicon monomers (e.g. polysiloxanes, silicone oils) and heterocyclic silanes.

Simplified process: provides reactive silicon groups through silicon nitrogen bond breaking, reducing the need for multi-step reactions and shortening the production cycle.

High selectivity: Directed introduction of silicon elements in the reaction improves product properties (e.g. weathering resistance, electrical properties).

Environmentally friendly: Compared with the traditional chlorosilane method, it reduces the generation of by-products and lowers environmental pollution.

As crosslinking agent or catalyst for vulcanization of silicone rubber and modification of silicone oil.

Enhance material properties: Improve the high temperature resistance (-50℃~250℃) and mechanical strength of silicone rubber, suitable for automotive seals, aerospace materials 28.

Optimize fluidity: improve the lubricity and thermal stability of silicone oils, expanding their applications in cosmetics, lubricants, etc.78

Fast curing: accelerating cross-linking reaction during vulcanization to enhance productivity

Benefits：

For surface treatment of electronic encapsulation materials, high temperature resistant coatings and photovoltaic materials.

Water and dirt repellency: Enhance the hydrophobicity and dirt repellency of the coating through surface silanization treatment to extend the service life of the material.

Corrosion resistance: Protect electronic components from moisture and chemical corrosion, improve equipment reliability.

Low-temperature applicability: can still form a uniform coating under low-temperature conditions, adapting to the needs of special scenarios such as photovoltaic backsheets.