In the field of organosilicon chemistry, the choice of intermediates is crucial for the performance of the final product. Recently, IOTA 5040 Chloromethyl Chlorosilane has become the focus of the silane intermediate sector due to its unique chemical properties and wide range of applications.

Product Features

IOTA 5040 Chloromethyl Chlorosilane is an important intermediate with the following core characteristics:

1. Chemical Formula: CH2Cl4Si
2. Molecular Weight: 183.92
3. CAS Number: 1558-25-4
4. Appearance: Colorless transparent fuming liquid, reacts violently with water, releasing hydrogen chloride and crosslinking.
5. Boiling Point: 116.5℃
6. Density: 1.4776 g/cm³

Application Areas

IOTA 5040 Chloromethyl Chlorosilane has a wide range of applications in organosilicon chemistry:

• Silane Intermediate: As an important intermediate for the preparation of other functional group silanes, it is widely used in the synthesis of organosilicon compounds.
• RTV Silicone Rubber Coupling Agent: After esterification with alcohols, it can be used as a raw material for RTV (room temperature vulcanization) silicone rubber coupling agents, enhancing the performance of silicone rubber.

Expert Opinions

Organosilicon chemistry experts comment: “IOTA 5040 Chloromethyl Chlorosilane is a crucial intermediate, and its unique chemical properties make it indispensable in the preparation of silane intermediates and RTV silicone rubber coupling agents.”

Packaging and Storage

IOTA 5040 Chloromethyl Chlorosilane is packaged in 10L, 20L, or 200L plastic drums, with other specifications available upon request. Storage requires precautions against moisture and avoiding contact with water to prevent violent reactions.

Conclusion

IOTA 5040 Chloromethyl Chlorosilane, with its unique chemical properties and wide range of applications, has become the ideal choice for the silane intermediate sector. Whether used as a silane intermediate or a raw material for RTV silicone rubber coupling agents, IOTA 5040 provides reliable solutions, driving the development of organosilicon chemistry.