[Materials Science News]

In the field of silicone rubber and inorganic surface treatment, IOTA 5064 (Tetrapropoxysilane) is gaining recognition as a highly effective crosslinking agent and surface modifier.

With its molecular structure featuring four propoxy groups attached to a silicon atom, IOTA 5064 facilitates efficient hydrolysis and condensation reactions. This enables strong Si–O–Si network formation, crucial for improving mechanical strength, thermal stability, and chemical resistance in silicone rubber products.

Its role in inorganic surface treatment—such as for glass, ceramics, and metal oxides—helps enhance surface reactivity, improve hydrophobicity, and create durable chemical bonds. Manufacturers in the electronics and construction industries are utilizing this compound to create more reliable insulating layers and water-repellent surfaces.

Product Advantages:

• Excellent crosslinking performance

• Transparent liquid with easy miscibility

• High purity and consistency in industrial processing

Applications:
From silicone elastomer vulcanization to sol-gel chemistry and inorganic surface grafting, IOTA 5064 continues to expand its footprint as a versatile and efficient silane agent.