Liquid Silicone Rubber for Pad Printing Iota 2135 Series

• Material: Organic Silicone
• Application: Household, Medical, Industrial, Agricultural
• Certification: ISO, FDA, REACH, RoHS
• Model NO.: Liquid Silicone Rubber For Pad Printing IOTA 2135
• Transport Package: Drum
• Specification: A component 20 Kg/drumB component 200 Kg/dum
• Trademark: IOTA
• Origin: Bengbu Anhui China
• HS Code: 391000
• Production Capacity: 800t/Moth

Product Description

Liquid Silicone Rubber For Pad Printing IOTA 2135 Series

 

Introduction
IOTA 2135 Series pad printing silicone rubber is suitable for all kinds of electronics' printing for example mobile phone screen electronic components chips circuit boards and so on. Pad printing silicone for electronic products is mainly used in high-grade precision electronic accessories electronic toys craft gifts fine grain electronic products irregular picture printing and badge printing etc.

Advantage
1)Antistatic, does not produce static electricity, prevent the silicone pad's surface from dust
2)Can absorb and deinking excellently without solvent, odorless, and can pass all EU tests
3)Excellent printing effect and durable
4)Printing times can up to 100000 times
5)Good elasticity, will not damage electronic products
6)Can cure at room temperature 


Typical Characteristics




How to Use
Components A and B have been filtrated and de-aired before delivery and are used by mixing them with 1:10 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 12 months from the data of production. The product beyond that time can still be used if it is qualified after testing.


Curing
IOTA-2135 series LSR 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.