Electrically Conductive Silicone
What is Electrically Conductive Silicone?
Conductive silicone is a special silicone rubber material that achieves conductivity by evenly distributing conductive particles (such as silver-coated copper powder, nickel-coated graphite powder, metal particles or carbon fibers, etc.) in the silicone and by making these conductive particles contact and connect with each other.
Products of this grade are with good electrical conductivity, as well as high bonding and shearing strength on various substrates.
Features of Electrically Conductive Silicone
• Easy to apply via various processes: screen printing, dispensing, jetting, etc.
• High bonding strength
• Good reflow resistance
• Low volume resistivity
MCOTI Electrically Conductive Silicone Product Recommendations
|
Product Line |
Typical Products |
Features |
|
Fast Cure |
N-Sil 8321 |
• Easy to apply via various processes: screen printing, dispensing, jetting, etc. • High reliability and consistency |
|
Non-Ag |
N-Sil 8364 |
• Easy to apply via various processes: screen printing, dispensing, jetting, etc. • Excellent resistance to thermal aging |
|
Low-Ag |
N-Sil 8381 |
• Easy to apply via various processes: screen printing, dispensing, jetting, etc. • Excellent electrical conductivity • High bonding strength |
|
Pure-Ag |
N-Sil 8391 N-Sil 8393 |
• Easy to apply via various processes: screen printing, dispensing, jetting, etc. • High bonding strength • Good reflow resistance • Volume resistivity < 5 x 10-4 Ω˙cm |
Application
It's widely used for electrically conductive bonding in multiple industries, such as solar industry, chip packaging, etc.
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