Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment

Product Details
Material: Organic Silicone
Application: Household, Medical, Industrial, Agricultural
Certification: FDA
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Registered Capital
10000000 RMB
Plant Area
1001~2000 square meters
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
  • Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
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Basic Info.

Model NO.
IOTA R36
Phenyl Content(Mol %)
5.0-30.0
Appearance
Grey Viscous Liquid
Viscosity 25°c MPa.S
2000-10milliom
Transport Package
20kg/Carton
Trademark
Iota
Origin
Anhui Bengbu
HS Code
39100000
Production Capacity
1000tons

Product Description

PHENYL SILICONE RUBBER ELASTOMER IOTA R36

Product Name:Phenyl silicone;Elastomer;Damping materials; Elastic damping.
 

Specifications

Appearance

Grey viscous liquid

Phenyl Content(mol %)

5.0-30.0 

Viscosity 25°C mPa.s

2000-10milliom

 


Application:  

Besides good performance of low temperature resistance, it still has elasticity under the condition of low temperature -120°C, corrosion resistance, ozone resistance, radiation resistance, ablation resistance and self-extinguishing.

Our product can assist shock absorber appliance manufacturers in many industries, such as aerospace, high-speed rail, tanks, nuclear submarines, ships, aircraft, bridges, metallurgy, mining, sea platforms, etc.


Package & Transportation    

Packed in 20kg plastic drum or 200kg iron drum.

Avoid direct sunlight, and should be isolated from fire source, away from heat source.

Shipment according to general chemical management.

Stored in a cool and dry place airtight storage.  

Shelf life: 5 years.     

Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
 
Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment
Low Temperature Resistance -120° C Damping Materials Phenyl Silicone Rubber Elastomer Iota R36 for Shock Absorber Equipment

Q: What are phenyl silicone elastomers?

A: Phenyl silicone elastomers are a special type of polymer material typically polymerized from phenyl organosilane monomers. It has phenyl groups and silicone groups, which form polymer chains through polymerization reactions.

Q: What are the characteristics of phenyl silicone elastomer?

A: Phenyl silicone elastomers typically offer excellent elasticity, heat resistance, chemical resistance, and aging resistance. They also have good sealing properties, excellent electrical insulation properties and good adhesion.

Q: What are the application fields of phenyl silicone elastomer?

A: Phenyl silicone elastomers are widely used in sealing materials, lubricants, adhesives, coatings and rubber products. It is used in the automotive industry to seal automotive parts to improve their durability and performance, and in the construction industry to improve the sealing and weather resistance of structures. In addition, it is also used as an important component in electronic materials, medical devices, coatings and glues.

Q: How to prepare phenyl silicone elastomer?

A: Phenyl silicone elastomers are typically prepared by polymerizing phenyl organosilane monomers. This monomer can undergo polymerization reaction to form a polymer chain under appropriate reaction conditions, such as appropriate temperature, catalyst, etc.

Q: How do phenyl silicone elastomers differ from traditional elastomers?

A: Phenyl silicone elastomers have better heat resistance, chemical resistance and aging resistance than traditional elastomers. They generally have a higher elastic modulus and better durability, and therefore have wider applications in some specific fields.

 

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