30W/mK thermal conductive carbon fiber gap pad

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Price:RUB 37.91
Price in USD:Details

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Product Overview

Description

CSF30 composites have the advantages of low density and good durability. Carbon fiber is an anisotropic and thermally conductive material with excellent thermal conductivity in the thickness direction. The silica gel sheet is very soft and well compressed, and is used to fill the interface of two articles, so that the air of the interface is discharged, and the heat conduction efficiency is improved. Thermal conductivity can reach 30.0w/mk.
Color
Black
visual
Thickness
0.40 ~ 20.0mm
ASTM D374
Metal
Liquid silicone rubber
***
Filler
C,  Al2O3
***
Density
2.9g/cm3
ASTM D792
Thermal Conductivity
30.0W/m.K
ASTM D5470
Electrical Strength
0.01KV/mm
ASTM D149
Hardness(Shore 00)
40~90。
ASTM D2240
Elongation
20
ASTM D412
Tensile Strength
30psi
ASTM D412
Thermal Resistance(1mm,@40psi)
0.07℃*in2/W
ASTM D5470
Operating Temperature(℃)
-50~ 160
ASTM D1329
RoHS
PASS
IEC 62321
Halogen
PASS
EN14582
REACH
PASS
EN14372
Customization Ability
Different thermal conductivity can be customized
•thermal pad:10~30.0w/mk
Different mechanical properties can be customized
•Hardness SHORE 00 40~90
•Heat conducting silica gel resistant to friction, breakdown and toughness
Various colors and shapes can be customized
•Customize different colors according to customers' requirements •Customized roll
Reliability Test
1000 hours cold and hot shock test
1000 hours High temperature and humidity test
1000 hours high temperature aging test
Our products have passed 1000 hours cold and hot shock test,1000 hours double 85 test,1000 hours high temperature aging test,Committed to providing more reliable heat conduction solutions for automobile, communication, security and other industries.
Sertifications
ISO9001:2015
ISO14001:2015
IATF16949:2016
UL
REACH
ROHS
Details Images
Applications
Semiconductor heat sink Vehicle navigator Communication & power equipment Graphics card, memory module LED lighting equipment LCD and plasma TV
Company Introduction

Dongguan Shengen electronic / Shengyuan New Material Co., Ltd. was founded in 2008. It is a manufacturer specializing in R & D and customization of high reliability thermal conductive materials. We are committed to providing more reliable heat conduction solutions for automobile, communication, security and other industries. The company has a professional R & D team and complete testing equipment. The company's main products are SF thermal conductive silicone sheet, SE thermal conductive gel, SP thermal conductive phase material, AF silicon free thermal pad and SG thermal conductive paste. At present, it has become the main supplier of many well-known manufacturers at home and abroad. The company has obtained iatf16949:2016, iso14001:2015, iso9001:2015 system certification and the title of national high-tech enterprise.
Contact Us
Tel
+86-769-22479425
  Address
6th Floor, Building M, Jinxiongda Science and
Technology Park, Datanglang Villiage, Dalingshan Town, Dongguan City, Guangdong Province, China
Fax
+86-769-82784017
Web
http://sheen.en.alibaba.com/
http://www.usheenthermal.com/
E-Mail Address
tina@u-sheen.com
FAQ
1. What are your main products?
We supply thermally conductive pad, thermally silicone RTV, thermally conductive silicone pug, thermally double component
silicone, thermally conductive materials, phase change thermal interface materials, thermally conductive insulators and thermal
grease. Samples of silicone thermally conductive sheet are available, but the freights need to be paid by the buyers.
2. What about the product quality and which certificate do you have?
We have UL certificate,IATF16949,ISO9001,ISO14001 and ROHS certificate.
3. How long does it take to deliver after order?
For small quantity, we arrange delivery within one week normally while for big quantity, we will arrange delivery as soon as
possible according to actual situation and customer's requirements.
4. What about your after-sale service?
We fully guarantee our product quality and will provide free technical guidance on operations.

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