Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material

Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material

$19.31 - 19.74/Slice
Place of Origin
China
Shipping
Air Freight, Ocean Freight, Land Freight

Product Description

Overview

brand
Platinum research
Product name
High performance nanomaterials made of hot pressed silicone rubber
type
Thermal conduction and heat dissipation insulation
characteristic
Heat resistance and surface antistatic properties of thermal conductivity
material quality
Silicone oil, silicone grease, silicone paste
purpose
ITO conductive glass electronic and electrical flexible circuit board (FPC)
model
YB500
encapsulation
Blistering
quantity
fifty thousand
Batch number
twenty million two hundred and ten thousand eight hundred and nineteen

Product Details

Hot pressed silicone rubber YBThis product is made by adding high-performance nanomaterials and heat conductive materials to silicone as the carrier and rolling them through a thin material rolling machine. It has excellent thermal conductivity, heat resistance, and surface antistatic properties. Completely replacing the Japanese Shinyue HC series, HC-A series, and HC-DS series in terms of performance.
YB500 is used for the hot pressing binding process of various types of display screens. It is padded on the bottom surface of the hot pressing head, providing a buffering effect on temperature, making the temperature more uniform, isolating the hot pressing product from direct contact with the hot pressing head, and also providing isolation protection against static electricity leakage.
Typical applications:
◆ ITO conductive glass
◆ Electronics and electrical appliances
Flexible Cable Board (FPC)
◆ Heat conduction of insulating semiconductors
◆ Hot pressing conductive film, ACF and other pressing engineering
◆ Electric heat regulator and temperature sensor
Material composition:


◆ Silicone rubber, fiberglass cloth, etc
◆ High performance nanomaterials and thermal conductive materials
Features and Benefits:
◆ Thermal resistance 0.63 ℃ - in2/W (@ 50psi)
◆ Low tightening pressure


Smooth and highly adaptable surfaces
◆ Electrical insulation
Product Performance Table:

Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material

Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation materialThermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation materialThermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material


Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material
Thermal resistance 0.63 degrees in2/W (@ 50psi) silicone skin high-performance nano insulation thermal conductivity and heat dissipation material

Trading Area

Global

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