•Thermal conductivity: 1.8W/m*K•Good insulator •Low thermal impedance•Re-workable•High performanceLiPOLY PR27 with super thin thickness that only have 0.15mm. It used Polyimide Film as the reinforcement material, which can increase the tensile strength, to avoid being disrepair. It has great dielectric strength, can burden 12K voltage, and with high insulation. It’s suitable for high power transistor, electrical equipment, and will be the best choice for auto-distribution system. The product is qualified for UL.
•Thermal conductivity: 1.5W/m*K •Good insulator •Use in screw mounted •Re-workable•Hig performance film•Fiberglass reinforcedLiPOLY SH1500 used fiberglass cloth as the reinforcement material, to combine with thermal conductive silicon, makes it has high thermal conduction and great compression strength. The thermal conductivity is 1.5 W/m*K, the thickness is 0.23~0.35mm. It’s high insulation, and the fiberglass material increase the strength of structure makes it cut resistant, and It’s the best choice for high torque force of screw setting. It’s suitable to setting between the electrical isolative of high power electronic component, and the heat sink. The product is qualified for UL.
•Thermal conductivity: 2.0W/m*K•Good insulator •Use in screw mounted •Re-workable•Hig performance film•Fiberglass reinforcedLiPOLY SH2000 used fiberglass cloth as the reinforcement material, to combine with thermal conductive silicon, makes it has high thermal conduction and great compression strength. The thermal conductivity is 2.0/ W/m*K, the thickness is 0.23~0.35mm. It’s high insulation, and the fiberglass material increase the strength of structure makes it cut resistant, and It’s the best choice for high torque force of screw setting. It’s suitable to setting between the electrical isolative of high power electronic component, and the heat sink. The product is qualified for UL.
•Thermal conductivity: 3.0W/m*K•Good insulator •Use in screw mounted •Re-workable•Hig performance film•Fiberglass reinforcedLiPOLY SH3000 used fiberglass cloth as the reinforcement material, to combine with thermal conductive silicon, makes it has high thermal conduction and great compression strength. The thermal conductivity is 3.0 W/m*K, the thickness is 0.23~0.35mm. It’s high insulation, and the fiberglass material increase the strength of structure makes it cut resistant, and It’s the best choice for high torque force of screw setting. It’s suitable to setting between the electrical isolative of high power electronic component, and the heat sink. The product is qualified for UL.
•Thermal conductivity: 1.5/3.0 W/m*K•It’s maked by non-silicon resin materials •low-molecular-weight siloxanes with non-volatile•Low contact thermal resistance•With electrical Insulation•Outstanding thermal conductivity•Qualified for UL94V-0•Applicable to optical and sensitive electric componentsLiPOLY N700A/B is made by non-silicon resin material, it’s low-molecular-weight siloxanes with non-volatile, can avoid the electrical contact problem. N700 is flexible and with great thermal conduction, makes the thermal resistance as low as possible. The thermal conductivity is 1.5~3.0W/m*K. It’s suitable for optical and sensitive electric components. LiPOLY’s ability of research and development is providing our best thermal solution to customers, which can satisfy customer special requiremen...
•Thermal conductivity: 1.3 / 3.2 / 4.5 W/m*K •No low MW siloxane•Low thermal impedanceLiPOLY G3380N has made by non-silicon resin material, which is not low-molecular-weight siloxanes content, with low thermal resistance, great thermal conductive, which has been extensively use on Consumer electronics and Microprocessor for their thermal control techniques. The thermal interface grease can cover several coat on the component interface, when the component’s temperature raise, thermal interface grease stickiness will decrease, which can moisten the interface of components.
•Thermal conductivity: 2.0/3.5/6.0 W/m*K•Toerance filled •High compressibility with low stress•Not vertical flow•High reliabilityLiPOLY S-putty type is a gel material for gap filling. The thermal conductivity is 2.0~6.0W/m*K. The high deformation material which can filling the air gap, cover the tolerance, overcome the overflow and drying problem to increase the thermal conductivity. It’s the best choice for S-Putty Dispensing Robot. LiPOLY’s ability of research and development is providing our best thermal solution to customers, which can satisfy customer special requirement on advanced product. The product is qualified for UL.
•Excellent thermal radiation •Replace of using graphite / re-workable •Good adhesionLiPOLY TR332CU has outstanding paralleled thermal conduction, and flexibility, which is suitable for thin type and high capability’s mobile device. Now, the growing trend of electronic product is high speed and thin type, TR332CU will be the best choice for it. LiPOLY’s ability of research and development is providing our best thermal solution to customers, which can satisfy customer special requirement on advanced product.
•Thermal conductivity: 1500~1700W/m*K•Good average temperature•Eazy to assemble •Lightweight, Specific gravity 2.1g/cm3 •Low thermal resistanceLiPOLY G566 Graphite Sheet has great thermal conductivity, X,Y axis , the thermal conductivity is 1700W/m*K. It is flexible, which is suitable for thin type and high capability’s mobile device. Now, the growing trend of electronic product is high speed and thin type, in the case, G566 will be the best choice. LiPOLY’s ability of research and development is providing our best thermal solution to customers, which can satisfy customer special requirement on advanced product.
•Thermal conductivity: 2.0W/m*K•Soft and high resilience •Naturally tacky •Easy to assemble•Good insulatorLiPOLY TEM96 is the thermal conductive absorber, which is made by soft magnetic material and polymer resin. The thermal conductivity is2.0W/m*K. It’s highly thermal conduction, and great compression. Under lower pressure, it shows low interface thermal resistance, also can transfer electromagnetic radiation to thermal energy and lose it quickly. To avoid noise wave and electromagnetic radiation interfere inside the equipment and people. It’ the way to remove the electromagnetic radiation pollution.
•Soft and high resilience •Naturally tacky•Easy to assemble•Good insulatorLiPOLY AEM83 is a thermal conductive absorber, which is made by soft magnetic material and polymer resin. It can transfer electromagnetic radiation to thermal energy and lose it quickly. To avoid noise wave and electromagnetic radiation interfere inside the equipment and people. It’ the way to remove the electromagnetic radiation pollution.
•Thermal conductivity: 1.3 / 3.2 / 4.5 /6.0 W/m*K •Low thermal impedanceLiPOLY G3380 with low thermal resistance, great thermal conductive, which has been extensively use on Consumer electronics and Microprocessor for their thermal control techniques. The thermal interface grease can cover several coat on the component interface, when the component’s temperature raise, thermal interface grease stickiness will decrease, which can moisten the interface of components.
•Thermal conductivity: 2.0/1.5/0.8 W/m*K•Tow-parts package and easy to use•Waterproof and air-tightLiPOLY TPS589 is a double pack silicon material for gap filling. The viscosity and flowing is very low. The high deformation material, which can filling the gap closely, cover the tolerance, and has outstanding conductivity, makes is suitable for filling the peculiar gap. LiPOLY’s ability of research and development is providing our best thermal solution to customers, which can satisfy customer special requirement on advanced product.
•Thermal conductivity: 3.6 W/m*K•Fast curing in normal atmospheric temperature•Flame retardant•Great reliability•Great sealing in low pressurePK404DM belong to silicone gel RTV21. Open the cap to set up the mixing tube, squeeze out the A&B gel and mix it even by the mixing tube. 2. Instrument: Gel dispensing Robot or manual dispensing. Notices:If the interface has organic compounds such as Nitrogen (N), Phosphorous (P), Sulfur (S) etc., and heavy metals ionic compound such as Tin (Sn), Lead (Pb), Mercury (Hg), Antimony (Sb), Bismuth (Bi), Arsenic (As) etc., and Organometallic-salts etc., which will cause the gel incomplete curving. In the less serious case, the surface and the interface will curve incompletely. In the serious case, the gel will be non-curved.Environmental way:Exce...
•AL338 increase the thermal radiation function significantly of metal , accelerate the heat exchange between metal and air.•High efficiency cooling down continuously. The radiation rate is 0.96, the cooling down margin can achieve 10~30%.• Coating performance is long lasting , radiation rate will not diminish because of time.• It’s anticorrosive and wear resistant, could protect the metal interface to avoid erosion.•The construction is lighting aluminum, which can easy assembly to shorten the production cycle.•The assembly operation doesn’t need mounting holes and clamping parts, it can decrease the cost. The electric product in the thin and sealed space will produce waste heat, which makes frequency lost of the core processor and shut down by overheat. We can’t set a fan to convectio...