Methyl Phenyl Hydrogen Silicone Resin Iota 207 for Silicone Rubber

• Appearance: Liquid
• Usage: Oil Drilling Auxiliary Agent, Water Treatment Chemicals, Rubber Auxiliary Agents, Plastic Auxiliary Agents, Coating Auxiliary Agents, Textile Auxiliary Agents, Paper Chemicals, Surfactants, Leather Auxiliary Agents, Electronics Chemicals
• Color: Colorless to Transparent Liquid
• Hydrogen Content: 0.27-0.31
• Viscosity: 13000-16000
• Solid Content (%): ≥96
• Model NO.: silicone resin
• Transport Package: 5kg/Can, 50kg/Drum, 200kg/Drum
• HS Code: 39100000
• Production Capacity: 1000tons

Product Description

Product Description

Based on the raw material phenyl monomer, the Methyl phenyl hydrogen silicone resin, has excellent Si-H activity and is a reliable crosslinking agent to manufacture high temperature resistant liquid silicone rubber, high Refractive phenyl LED encapsulation silicone rubber.

Technical Index

Appearance: colorless to transparent liquid

Viscosity (mpa s /25ºC): 13000-16000

Hydrogen content (%): 0.27-0.31

Refractive index: 1.54

Solid content (%): ≥96

Performance

1. Because the molecule contains active Si-H bonds, it can participate in various chemical reactions and has good film-forming properties;

2. In the presence of alkali or Lewis acid, it can react with HO or R-OH to release H2;

3. It is easy to react with olefinic compounds in the presence of platinum chromium compounds;

4. In the addition reaction, the reaction temperature is low, the amount of catalyst is small, the reaction is complete, and it is colorless and odorless. technical indicators.

Packaging and Shipping:

Packed in polyethylene plastic drums, 5Kg/can, 50Kg/drum, 200Kg/drum; stored and transported as non-dangerous goods.

Shelf life:

The storage period is half a year, and it can still be used after passing the inspection.

Precautions:

This product is a chemically active material. Impurities (especially catalysts) must not be mixed in during storage and transportation. When using or compatible, attention should be paid to whether other materials can trigger chemical reactions to prevent denaturation.