High Strength Antistatic Liquid Silicone Rubber (LSR) RTV-2 for Mobile Phone Case Non-Slip Foot Pads

• Material: Organic Silicone
• Application: Household, Medical, Industrial, Agricultural
• Certification: ISO, FDA
• Hardness (Shorea): 20-75
• Appearance: Translucent
• Tensile Strength(MPa: 7.0-10
• Tear Strength(Kn/M): 12-35
• Elongation(%): 300-850
• Transport Package: 20 Kg, 200 Kg Drums
• Trademark: Iota
• Origin: Anhui Bengbu
• HS Code: 39100000
• Production Capacity: 1000tons

Product Description

Antistatic liquid silicone rubber(LSR)
Shore hardness of 20-75 A, A/B ratio of 1:1, compression and injection molding

Features
 High strength
 Good antistatic effect
 Pass the authentication of RoHS, REACH, and LFGB

Applications
 Mobile phone case
 Non-slip foot pads

 Product parameters

Product	IOTA-42024	IOTA-42034	IOTA-42044	IOTA-42054	IOTA-42064	IOTA-42074	IOTA-42084
Appearance	Translucent
Viscosity(Pa.s)	2000	2000	3000	3000	3000	3000	5000
Hardness(ShoreA)	20	30	40	50	60	70	75
Density(g/cm)	1.10	1.10	1.11	1.12	1.12	1.13	1.14
Tensilestrength(MPa)	7.0	8.0	9.5	10.0	10.0	9.5	9
Elongation(%)	850	800	700	550	450	400	300
Tearstrength(kN/m)	12	15	25	30	35	35	35
Surfaceresistance(Ω)	10^9-10^12
Volumeresistivity(Q·cm)	10^11-10^13

Notes: 1. Curing conditions: vulcanization at 130 ^oC for 5 minutes. 2. The above data is used for reference only.

Description
Antistatic liquid silicone rubber shows such characteristics as: good antistatic effect, and short curing time.

How to Use
Components A and B have been filtrated and de-aired before delivery and are used by mixing them with 1:1 weight ratio. Meter mix equipment which pumps, meters and mixes the two components without the incorporation of air is strongly recommended for production.
If air bubbles are entrapped during mixing, the mixture must be thoroughly de-gassed under vacuum.

Storage
Product should be stored at or below 32 oC in original unopened containers. This product has a usable life time of 9 months from the data of production.

Curing
Antistatic liquid silicone rubber will cure rapidly at elevated temperatures. The curing time depends on the thickness of the products and the curing temperature. Curing would be inhibited when contacting with certain materials, such as amines, sulfur and tin compound.

Pot life
When components A and B are mixed, the mixture will remain usable for 48 h at 25 ⁰C.

Cleaning
The uncured silicone can be readily removed by most of the hydrocarbon solvents. While polar solvents, such as ketones and alcohols, cannot.

Package
55-gallon steel drum (net weight 200 kg) or 20 L plastic barrel (net weight 20 kg).

 

Q: What is antistatic liquid silicone rubber?
Answer: Antistatic liquid silicone rubber is a type of silicone rubber that has antistatic properties. It can effectively prevent the generation or accumulation of static electricity and eliminate it to a certain extent.

Q: What are the characteristics of antistatic liquid silicone rubber?
Answer: It has similar properties to ordinary liquid silicone rubber, such as excellent softness, high temperature resistance, chemical stability and elasticity. It also has the property of preventing static electricity accumulation.

Q: What are the application fields of antistatic liquid silicone rubber?
Answer: It is mainly used in places where the impact of static electricity needs to be prevented, such as in electronic manufacturing, medical equipment, precision instruments, chemical industry, food processing and other fields.

Q: How does it work?
A: Antistatic liquid silicone rubber often contains additives that help conduct electricity or disperse static electricity and prevent it from accumulating on the surface.

Q: What is the difference between antistatic liquid silicone rubber and traditional liquid silicone rubber?
Answer: Antistatic liquid silicone rubber adds special antistatic ingredients to traditional silicone rubber to reduce or prevent static electricity accumulation.

Q: How safe is antistatic liquid silicone rubber?
Answer: Under normal circumstances, antistatic liquid silicone rubber has good safety, but in actual use it should be evaluated and tested according to the safety standards of specific products and application scenarios.