The Thermal Conductive Pad is looking and working very good. We have no need for other Thermal Conductive Pad now!
—— Peter Goolsby
I had cooperated with Ziitek for 2 years, they provided high quality thermal conductive materials, and delivery in time, recommend their phase change materials
—— Antonello Sau
Good quality, Good service. Your team always give us help and resolving, hope we will be good partner all the time!
—— Chris Rogers
I'm Online Chat Now
TIF120-40-12E Ultra Soft Thermal Gap Pad For LED Lighting 4 W/M-K Blue Thermal Silicone Gap Filler
3W/mK high conductivity 1.5mmT thermal conductive gap pad TIF160-30-25S for IGBTs cooling The TIF160-30-25S thermally conductive interface materials are applied to fill the air gaps between the heating elements ... Read More
High performance 1.4w thermal gap pad for gap filling TIF160-14-07S green silicone gap pad for IGBTs The TIF160-14-07S thermally conductive interface materials are applied to fill the air gaps between the ... Read More
2017 new silicone materials thermal conductive silicone gap pad with two side adhesive for CPU/IC/PCB The TIF170-18-23U thermally conductive interface materials are applied to fill the air gaps between the ... Read More
1mm Thickness Thermal Transfer Gap Pad 3w China Manufacturer Double Sided Adhesion for LED street light The TIF140-30-16F thermally conductive interface materials are applied to fill the air gaps between the ... Read More
1mmT Thin China Factory Low Price Violet 2W Silicone Thermal Gap Pad High Quality Soft Thermal Silicone Sheet for LCD The TIF140-20-16F thermally conductive interface materials are applied to fill the air gaps ... Read More
Silicone material 1mmT 45SHORE00 1.5W/mK compressible thermal gap pad violet soft sheet TIF140-16S for IGBTs Ziitek Electronic Material and Technology Ltd. is dedicated to developing composite thermal solution ... Read More
New type thermal gap pad for LED lights TIF100-07E Good Performance 1.5W/mK With a wide range, good quality, reasonable prices and stylish designs, Ziitek thermal conductive interface materials are extensively ... Read More
