Silicone Gap Pad

Silicone rubber electric heat sink thermal conductive insulator mat Quick Details Place of Origin: Guangdong, China (Mainland) Brand Name: laimeisi Model Number: Customized Application: High Temperature,Heat Sink,CPU,GPU Specific Gravity: 2.2g/cm3 Sample: Free Flammability: UL94V-0 Thickness: 0.3~15mm Size: Customizable Hardness: 25Shore Color: Blue,Grey,White,Black RoHS: PASS Product Name: LED Insulation Medical Silicone Adhesive Rubber Sheet 1mm FOB Price:US $3 - 50 / Piece Min.Order Quantity:50 Pieces Supply Ability:5000 Pieces per Day Port:Shen Zhen Payment Terms:L/C,T/T,Western Union 1. Grade: Silicone rubber thermal conductive insulation pad 2. Size: TC150 -TC400 3. Standard: LMS TC 4. Certification: ISO9001, SGS, CTI, ROHS Feature of Silicone rubber thermal conductive insulation pad High compressibility, soft and flexible Natural stickiness, no extra surface frontal adhesives Good thermal conductivity, Meet With RoHs standard High thermal conductivity High conformability to uneven surfaces at low stress application Electrical isolating Very cost effective Application of High quality silicone rubber thermal conductive insulation pad 1. Heat sink your CPU/GPU 2. Switching power supply 3. Video equipment 4. Mobile equipment 5. Communication equipment 6.Between semiconductor/magnetic components and heat sinks. Packing Details : Packing, solid bicycle saddle, 50pcs/carton Delivery Details : 3-30 days after order of Solid bicycle tire tubes

(1) More than 20% profit can grow, because using GLPOLY thermal gap pad. (2) Market share will increase 20% , from purchasing the high stability quality product made by GLPOLY (3) What GLPOLY can provide, no second in China. GLPOLY XK-PN series silicone-free thermal pad are star performers among domestic colleagues in a thermal management materials application survey. Imported quality raw materials, high performance, no siloxane volatile, 8-year service life, GLPOLY continues to create breakthroughs. GLPOLY XK-PN60 is the most popular one in this series. Themal conductivity: 6.0w/mk. It has been used to computer, medical, camera and LED applications which is silicone-sensitive. Early this month, a e-cigarettes manufacturer from Beijing consulted with us about thermal gap pad and asked if we can provide an alternative to 3M 6500H silicone-free thermal gap pad. We recommended XK-PN60 thermal pad with a thermal conductivity of 5.0W/mK, this is a high performance, low thermal impedance gap filling material. Customer had tested this thermal pad for three times, temperature rise was as expected, especially, the curve of thermal impedance is smooth and stable in the entire process. Exceptional performance of GLPOLY thermal management materials result from: Quality and reliable raw materials Automated production lines ensure the consistency of products Implement full-inspection, eliminating possibility of output of defective product No matter your industry, GLPOLY is able to deliver pioneer thermal solutions to customer, help customers solve the toughest thermal management challenges.

Place of origin: guangdong, china (mainland) Brand name: laimeisi Model number: lms Type: insulation sheet, thermal pad Material: silicone, thermal conductive insulation pad Application: high voltage, cpu gpu Rated voltage: 4kv Tensile strength: 10.4mpa Color: blue Thickness: 0.1mm-10mm Feature: excellent resistance item Name: silicone rubber thermal conductive insulation pad Certificate: rohs Hardness: 20-50 shores Size: customizable

Silicone free thermal pad, silicone free, non-silicone, thermal gap pad Silicone free thermal inter materials are getting more and more attention recently. GLPOLY is at cutting edge of non silicone thermal interface materials development. Thermal solution design shows the tendency of diversification, for example, more amd more engineers tend to design non silicone thermal pad for electric vehicle, because they are only use thermal silicone pad before. One of our customers designed thermal solution with bergquist Gap pad 2200SF, after he inquiried the supplier, he wanted to use silicone free thermal pad from a local supplier because of the long lead time, unfavorable price. Vehicle Control Unit controls the electric engine, gear box and power battery for improving economy, dynamic performance, security and environmental concert. Thus it can be seen, VCU is such a critical element, thermal managent on VCU can not be underestimated. GLPOLY has designed silicone free thermal pad XK-PN30 for thermal management system of electric vehicle which could be perfect alternative to bergquist Gap Pad 2200SF. More and more customers inquiry GLPOLY silicone free thermal pad XK-PN30. GLPOLY can provides a perfect alternative to Gap Pad 2200SF. We offered samples free of charge for testing performance. Thermal conductivity of XK-PN30 is 3.0W/mK, thermal impedance is 0.2in2/W, thermal performance is higher than that of thermal gap pad 2200SF. We are a local manufacturer, we promised a lead time of 15-business days, and 30% off on the gap pad 2200SFs price. Also we can die-cut parts according to customers requirements. With better performance, favorable price as well as shorter lead time, GLPOLY XK-PN30 has gained increasing recognition from EV manufacturers and thermal management engineers. GLPOLY XK-PN30 is a perfect alternative to Bergquist Gap Pad 2200SF.

GLPOLY thermal gap pad is applied in military equipment of 2019 National Day Parade. Why can GLPOLY stand out from competition and be applied in military equipment of 2019 National Day Parade? We are not boasting and flaut ourself, actually we had received certificate of merit from department concerned. The market is deluged with thermal gap pads, common customers can not distinguish high performance thermal pad from bad ones, because they dont have a special equipment to test and verify what the manufacturers marked. Many peers said that they can produce thermal gap pad with 15.0W/mK or 17.0W/mK of thermal conductivity, most of them falsified. We do not want to belittle peers, but after we tested their product, we got fake information often. one is falsification thermal conductivity, the other one is hgih thermal resistance. Bad performance causes distrust of customer in domestics brand. GLPOLY sticks to principle of integrity, we show customer what it is. The raw materials are imported from Germany and Japan, in order to enhance thermal performance, secondary processing will be proceeded by nanoscale grinder. It will reduce the particle size and increase specific surface area to decrease thermal resistance and improve thermal performance. No one else do it like this. Customer requested 5.0W/mK of thermal conductivity at least, when we learned application, we recommended thermal gap pads with 5.0W/mK and 6.0W/mK. Customer satisfied with parameters, but they prefered to test by themselves.

It is not easy to find a alternative to Laird Tflex 900 in local Chinese market in the past. It changed a lot in recent years. At least, GLPOLY XK-P80 is able to compete with top class brand such as Laird, Bergquist, Fujipoly or 3M. Many manufacturers said that their thermal materials are alternative to top class products as mentioned above, but if you test the objects, you can always find some probems, parameters mismatched. For instance, some manufacturers made the thermal conductivity of 8.0W/mK, which is as high as Laird Tflex900â??s, but the hardness is beyond expectation, it is detrimental to heat transfer. GLPOLY can provide a excellent alternative to Laird Tflex900, no matter thermal properties or physical properties. Here is a case. One millimater wave radar manufacturer consulted with us about high performance thermal gap pad which is used for replacing Laird Tflex900. Some properties must be consistent with that of Laird Tflex900. We recommended GLPOLY XK-P80 to customer. This thermal pad is a high thermal performance, electrical insulation and highly conformable gap filling material with a thermal conductivity of 8.0W/mK. I can imagine that customer will doubt the performance of this thermal gap pad, but test will exhibit detail. Test resulteds showed that both GLPOLY XK-P80 and Laird Tflex900 provided a thermal conductivity of 8.0W/mK, but XK-P80â??s thermal impedance 0.13â??in2/W which is much lower than Laird Tflex900â??s. This really surprised customer, â??This is only local product that meet our requirements I had tested.â?? GLPOLY has been providing thermal gap pad and thermal gap filler for some car manufacturers, help resolving problems of battery pack and ECU thermal management, such as NIO GAC etc. GLPOLY is able to provide complete portfolio of thermal management materials including thermal gap pad, two component thermal gap filler, one-part thermal gel, (thermal

1 High thermal conductivity to 12W/m*K, 1~6W is most common use 2 Low thermal impedance 3 Min 0.1mm thickness 4 Extrem low hardness to 5shore C 5 Extremly low density to 1.2g/cm 6 Approved supplier of Google, Oppo, Vivo

The pad printing silicon rubber is a carrier which transfers the patterns from the steel plate onto the products' surface. The pad printing silicon rubber has the advantages of good printing effects,good quality,good resilience and without any impurity. Pad printing silicon rubber is mainly applicable to the printing of irregular patterns on plastics toys,electronplating products,electronic toys, trademarks,artwork gifts ,stationeries etc. Applications of liquid pad printing silicone rubber Pad printing silicone rubber is mainly use for printing irregular patterns of plastic toys, electroplating toys and trade makers . Pad printing silicone rubber as a carrier which transfer patterns on the steel plate to the toys products surface. 2. Features of liquid pad printing silicone rubber a. resistance to deformation, high-temperature b. high printing times c. good aging resistance d. exceptional elasticity e. great printing effect 3. Operation Instructions of liquid pad printing silicone rubber Pad printing silicone rubber is two-component silicone, part A is liquid silicon rubber, part B is catalyst. The usual mixture of silicone rubber and catalyst is 100: 2 or 100: 3. E.g. we take 100g of liquid silicon rubber and 2g-3g catalyst, mix them and pour it to your mold. A fter 2-4 hours, you will get a Pad printing silicone rubber. HY-918 with the advantages of high temperature resistance, abrasion resistance,  good printing effect, etc. , which made of top-quality raw material due to adding American Dupont Teflon high-temperature resistance new material, is processed through high-temperature machining. The product is mainly applicable to plastics toys, electroplating products, electronic toys, trademarks and irregular pattern printing. The silicon pad is a carrier which transfer printing the patterns on the steel plate onto the toy products' surface. HY-918 is a kind of silicone rubber to make the printing pads for plastic toys, craft works, product printing. Characteristics good printing effects good quality good resilience and without any impurity.

No siloxane volatiles High thermal performance Exellent compressibility Low hardness, conformable Electrical insulation This product is particularly suitable for silicone sensitive applications, offering low hardness, high electrical insulation and good thermally conductive.