EC21, Global B2B Marketplace

Buy Now

Sell Now

My EC21

Search Advanced Search

Suppliers > material > Emtron Performance Materials | Matching Products

Your search for "

material

" found 6 companies from Emtron Performance Materials, China

Inquire Now

(1-6 out of 6)

Phase-change Materials: PRODUCT INTRODUCTION Thermally conductive phase change material is a kind of thermally conductive materials made of phase-change materials. When the working temperature of the device exceeds the ...

Thermal Gel: PRODUCT INTRODUCTION1-part thermal gel is a pre-cured, high conformal thermal conductive gel. The material has excellent strain and is an ideal material for applications with large gap tolerance. ...

Thermally Conductive Insulator: PRODUCT INTRODUCTION Thermally conductive insulator sheet is a heat conducting material reinforced by glass fiber or polyimide film. It has the characteristics of high insulation, high strength, ...

Thermal Pad Silicone Free Series: PRODUCT INTRODUCTION Silicone oil-free thermal pad is a thermal interface material without small molecular siloxane. It fundamentally eliminates the volatilization of silicone oil and will not ...

High Rebound Thermal Pad: PRODUCT INTRODUCTION High rebound thermal pad is a silicone-based thermal interface material with high thermal conductivity and low compression set. Low interface thermal resistance can be achieved ...

Thermal Pad Low Oil-bleeding/Low Volatile Series: LOVO series is made of special materials and technology; It has very low volatility of small molecules, good thermal conductivity, high compression rate, superior softness and resilience; With good ...

Page 1 of 11

Go to Page Go

Share :

Email this page

Browse: Manufacturer Directory Premium Suppliers Site Map

About EC21 Contact Us Terms & Conditions Report Item Online Trading Risks Product Listing Policy

Copyright (c)1997-2026 EC21 Inc. All Rights Reserved. EC21 in KoreanChinese

Business Registry Number: 120-86-03931 | Mall order sales Registration Number: 강남-5838

Inquiry Basket ()