High thermal conductive silicone pad is a high thermal conductivity material. The raw material is made of Japan Electrochemical High Thermal Conductive Spherical Alumina Powder and Dow Corning Polymer. It is a cost-effective thermal gap filling material. The surface's natural micro-viscosity and softness can well fill the air gaps to transfer the heat between the heat source and the heat sink to improve heat dissipation and improve the efficiency of heating electro-nic components and service life. It is an ideal thermal interface material. Benefits: Cost-effective, high conductivity, low thermal resistance Soft and flexible, reducing the interface thermal resistance High electrical insulation to protect electronic devices Natural sticky, easy application, reworkable Meet ROHS and UL environmental requirements Applications: High thermal conductivity module new energy vehicles Microprocessors, memory chips and graphics processors Network communication equipment Car equipment, charger High-speed hard disk drive For more , please kindly feel free to contact rita(at)szutd.com
Ultra-high thermal conductive silicone sheet is a high-performance heat conducting interface material made of 100% imported materials for fillingthe air gaps between the heating device and the heat sink or metal base.Its softness and elasticity characteristics enable it to be used for coveringa very uneven surface. Heat is transferred from the separation device or the entire PCB to the metal casing or diffuser to improve heat dissipationand improve the efficiency of heating electronic components and service Features & Benefits: High thermal conductivity, low thermal resistance Soft and flexible, reducing the interface thermal resistance High electrical insulation to protect sensitive electronic devices Natural sticky, easy assembly, re-workable Meet ROHS and UL environmental requirements Typical Applications: CPU, memory module Communication hardware equipment High-speed hard disk drive Automotive engine control module Microprocessors, memory chips and graphics processors Military electronic equipment For more , please kindly feel free to contact rita(at)szutd.com
LCN is a kind of thermal conductive pad which do not contain silicone oil and do not volatilize and apply in optical instrument and those have sensitivity on silicone oil. There is silicone oil exuding from traditional thermal pad after heating, however, LCN absolutely solve this problem of silicone oil leakage. Whats more, the LCN series are especially fitting for filling no flat and high cumulative tolerance interface. Features & Benefits: No siloxane, no volatilization, no pollution Soft and low hardness material, good for filling High thermal conductive, low contact heat resistance Electric insulator Typical Applications: The products you are afraid of being polluted by silicone oil Optical precision equipment Laptop and projector Mobile and communication equipment, high speed large storage driver Heat pipe assembly, control equipment of car engine Telecommunication hardware and equipment High-end industrial control, and medical electronic area
Fineway can custom manufacture ceramics balls, rollers, full ceramic bearings and hybrid bearings per customers request. We can do Grade 3 to Grade 100 ceramic balls. Please contact us today to get a quotation for your requirement.
Fineway offers high quality ultra fine silicon nitride powder, the average particle size ranges from submicron order to coarse grain powder. With the high Purity and α phase crystal content, our powder can be widely used in solar and ceramic structural applications.
**Global dealer and supplier of Silicon Metal 441 & 553 looking for buyers in Canada** 441 Specifications Si 99.1% Min Fe 0.4% Max Al 0.4% Max Ca 0.1% Max 553 Specifications Si 98.5% Min Fe 0.5% Max Al 0.5% Max Ca 0.5% Max CIF from Turkey Packing 1000kg Jumbo Bags Sizing from 1 to 10cm
With high impact and wear resistance, Fineway's silicon nitride plates is widely used in mining and transportation industry. Please contact us today to get a quotation for your dimension and applications.
