Acc Silicones 740010380 White Thermal Conductivity Silicone Potting Compound

Technical Reference
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): GB
Product Details

AS1607 Silicone Adhesive

AS1607 is a thermally-conductive, one-part, room-temperature vulcanising silicone rubber adhesive. The product cures rapidly in contact with atmospheric moisture to form a tough, moderately elastic rubber which exhibits good thermal conductivity

Key Features:

Non-corrosive (except to copper and its alloys)
Good extrusion rate
Good thermal conductivity (1.58 W/mK)
Excellent electrical resistance
Low linear shrinkage
Fast skinning
Cure through 3mm in <9 hours
Cohesive failure on stainless steel

ACC Silicones Silicone Adhesive

The ACC Silicones 75ml white silicone adhesive is a fast cure one-part RTV silicone sealant, specially formulated for applications requiring a combination of good adhesion, excellent physical and non-corrosive properties. This Oxime based cure system produces excellent physical properties and good adhesion particularly to plastics and many other substrates. Although not very neutral, the cured sealant is very low corrosive. This product cures rapidly in contact with atmospheric moisture to form a tough, moderately elastic rubber, which exhibits good thermal conductivity.

Features and Benefits

• Non-corrosive (except to copper and its alloys)
• Good extrusion rate
• Good thermal conductivity of 1.58 W/mK
• Excellent electrical resistance
• Low linear shrinkage
• Non-yellowing under UV light
• Optically clear
• Low viscosity
• Wide temperature range
• Fast skinning
• Cohesive failure on stainless steel
• Hardness of 70 shore A
• Cure time of 9 hours
• Shelf life is 12 months
• Operating temperature ranges between -50⁰C and 220⁰C
• Thermal conductivity is 0.18W/mK

Certifications

• ANSI/ESD S20.20:2014
• BS EN 61340-5-1:2007

Silicone Compounds - ACC

Specifications
Attribute Value
Product Material Silicone
Package Type Cartridge
Package Size 75 ml
Special Properties Thermal Conductivity
Cure Time 9 h
Hardness 70 Shore A
Thermal Conductivity 1.58W/mK
Colour White
Maximum Operating Temperature +220°C
Minimum Operating Temperature -50°C
Operating Temperature Range -50 → +220 °C
106 In stock for FREE next working day delivery
Price Each
£ 30.83
(exc. VAT)
£ 37.00
(inc. VAT)
Units
Per unit
1 - 5
£30.83
6 - 14
£29.60
15 +
£28.97
Related Products
The Electrolube 250g epoxy resin is a flame ...
Description:
The Electrolube 250g epoxy resin is a flame retardant, thermally conductive, 2-part potting and encapsulating compound. This technology used is of the ’clean’ type, leading to relatively low toxicity fumes and low smoke emission. Casting compound for encapsulating electronic assemblies Vibration isolation and prevention of stress exposure ER 2074 RS ...
Q-Sil 553 is 2-component, addition-cure, thermally conductive silicone ...
Description:
Q-Sil 553 is 2-component, addition-cure, thermally conductive silicone elastomer system. It has been specially designed for electronic assembly potting applications. The fully cured elastomer offers good protection against shock, vibration and environmental contamination and is UL 94V0 approved. The twin pack sachet provides for fast, clean mixing without the need ...
QSil550 is a 2-component, silicone elastomer system specially ...
Description:
QSil550 is a 2-component, silicone elastomer system specially designed for electronic potting applications. Supplied in an easy to use twin pack there is no need for weighing with all the mixing contained within the package. It offers good protection against impact damage and can be employed in areas where low ...
The 832FX Black Flexible Epoxy Encapsulating and Potting ...
Description:
The 832FX Black Flexible Epoxy Encapsulating and Potting Compound is an economical, electronic-grade, two-part system that is flowable. Its cured form is flexible offering excellent physical, chemical, and electrical protection, and providing some small amount of thermal conductivity. It protects against static discharges, thermal shocks, vibrations, and mechanical impacts. It ...