- Product Details
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Quick Details
-
EINECS No.:
-
/
-
Place of Origin:
-
Japan
-
Brand Name:
-
Shin Etsu
-
Model Number:
-
KE-3418
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Type:
-
Silicone Adhesive & Sealant
-
Appearance:
-
black
-
Density:
-
1.09
-
Hardness Durometer A:
-
45
-
Tensile strength:
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2.0
-
Elongation at break:
-
200
-
Volume resistivity:
-
1
-
Dielectric strength(kV/mm):
-
20
-
Tack-free time:
-
5
Quick Details
-
CAS No.:
-
/
-
Other Names:
-
Silicone Adhesive & Sealand
-
MF:
-
/
-
EINECS No.:
-
/
-
Place of Origin:
-
Japan
-
Brand Name:
-
Shin Etsu
-
Model Number:
-
KE-3418
-
Type:
-
Silicone Adhesive & Sealant
-
Appearance:
-
black
-
Density:
-
1.09
-
Hardness Durometer A:
-
45
-
Tensile strength:
-
2.0
-
Elongation at break:
-
200
-
Volume resistivity:
-
1
-
Dielectric strength(kV/mm):
-
20
-
Tack-free time:
-
5
With one-component RTV silicone rubber compounds, work can begin as soon as the product is ejected from its tube or cartridge. These products become elastic rubbers after curing, and adhere well to almost all materials as they cure. These properties make one-component RTV silicone rubbers suitable for a wide range of applications.
Electrical properties: They have outstanding electrical properties, in terms of volume resistivity and ability to withstand high voltage.
Heat and cold resistance: They can be used over a wide temperature range (-40°C to +180°C).
Impact resistance: The cured rubbers have excellent rubber elasticity and absorb vibration and impact.
Weather resistance: One-component RTV silicone rubbers exhibit almost no deterioration when exposed to the outdoor elements for long periods, because they have outstanding resistance to UV rays, ozone, and moisture. Workability: These products are easy to use, because they can be ejected from their tubes (or other containers) and used immediately.
Shin-Etsu's KE-347 is a single component, room-temperature cure, self-leveling adhesive that will cure to form a tough, durable elastomer. KE-347 is a low odor, neutral cure, noncorrosive product that exhibits excellent, unprimed adhesion to metals, plastics, glass, and ceramics.
