Dow SYLGARD™ 164 Silicone Encapsulant Part B Off-White 24.9 kg Pail

Part number: 164 SIL ELAST PT B 24.9KG Manufacturer SKU: 4013034
Dow SYLGARD™ 164 Silicone Encapsulant Part B Off-White 24.9 kg Pail
Quantity Price
1 $32,927.52 ($1,371.98 each) 32927.520000000 CAD New Limited Availability 164 SIL ELAST PT B 24.9KG
2 $30,074.16 ($1,253.09 each) 30074.160000000 CAD New Limited Availability 164 SIL ELAST PT B 24.9KG
3+ $29,415.60 ($1,225.65 each) 29415.600000000 CAD New Limited Availability 164 SIL ELAST PT B 24.9KG
Sold as a pack (24/pk).
Usually Ships in 9-10 Business Weeks. Subject to prior sales. Non-returnable product. Canceled orders may incur a fee at the supplier’s discretion. Product not sold online in Quebec.

Dow SYLGARD™ 164 Silicone Elastomer Gray is a two component, room temperature and heat curing, encapsulant that is used as a protective coating for electrical applications such as power supplies, transformers, sensors, amplifiers, and connectors. It provides good flowability, thermal conductivity, and flame resistance. 1:1 mix ratio. Part B, 24.9 kg Pail.

<p>Dow SYLGARD™ 164 Silicone Elastomer Gray is a two component, room temperature and heat curing, encapsulant that is used as a protective coating for electrical applications such as power supplies, transformers, sensors, amplifiers, and connectors. It provides good flowability, thermal conductivity, and flame resistance. 1:1 mix ratio. Part B, 24.9 kg Pail.</p>
Typical Use: General potting applications: power supplies, connectors, sensors, industrial controls, transformers, amplifiers, high voltage resistor packs, and relays.
Brand: SYLGARD
Color: Off-White
Components: 2 part
Cure System: Room Temperature
Cure Time: 35min @ 25 °C
Dielectric Strength: 19 kV/mm
Flash Point: >101.1 °C
Hardness: 61 A
Mix Ratio: 1:1 by volume; 1:1 by weight
Service Temperature: -45 to 200 °C
Specific Gravity: Part B: 1.56 @ 25 °C; Mixed: 1.57
Thermal Conductivity: 0.64 W/mK
Viscosity: Part B: 2,200; Mixed: 8,925
Volume Resistivity: 1.1 x 10^13 ohm-cm
Working Time: 14min @ room temperature

 

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