Dow CorningSE9189L Silicone Adhesive

Product Features: · Fast surface drying: Improves production efficiency. · De-alcohol type: The byproduct of the curing reaction is alcohol, which is non-corrosive to substrates. · Medium viscosity: Self-leveling for easy operation. · Refined type: Through small molecule refinement, this product can be used on precision components without causing corrosion.

Brand: DOWCORNING/Dow Corning

Model: SE9189L

Minimum Order Quantity: 12

Packaging Description: Canned Product Features:

Fast surface drying: Improves production efficiency.

De-alcohol type: The byproduct of the curing reaction is alcohol, which is non-corrosive to substrates.

Medium viscosity: Self-leveling for easy operation.

Refined type: Through small molecule refinement, this product can be used on precision components without causing corrosion.

Product Name: DOWSIL? SE9189L-W RTV Thermally Conductive Silicone Adhesive, Sealant, Flame Retardant Adhesive

Product Specification: 330ml/tube

Product Appearance: White paste

Viscosity: 22000cpsHardness (Shore A): 63

Dielectric Strength kV/mm: 20 kV/mm

Tensile Strength (psi): 375

Volume Resistivity (ohm·cm): 8.33

Curing Time (25°C, 60% RH): 24 hours

Product Performance: One-component adhesive/sealant, de-alcohol curing. Non-slumping, fast surface drying, refined type, good thermal conductivity. Suitable for bonding power modules. Complies with UL certification.

Bonding Material Types: Glass, electronic components, plastics, rubber, stone, metal, other materials, medical applications

Temperature Resistance Range: (-45°C to 150°C)

Shelf Life: 24 months

Applications: Can be used as a protective coating for rigid and flexible circuit boards, connectors, electrical components, or sensors. Fast surface drying and curing, very low volatile content, suitable for relays and high-precision electronic devices (HDD, DVD, CD).

Storage Conditions: Store in a cool, dry place at temperatures between 8°C and 28°C. To avoid contaminating unused adhesive, do not pour it back into the original container.