RS Components, Ltd. Datasheets for Thermal Compounds and Thermal Interface Materials
Thermal compounds and thermal interface materials form a thermally conductive layer on a substrate, between components or within a finished product.
Thermal Compounds and Thermal Interface Materials: Learn more
| Product Name | Notes |
|---|---|
| A heat curable, one part thixotropic adhesive for use in holding components in place during soldering operations of surface mount assemblies. High uncured green strength and fast cure cycle with... | |
| A metal oxide filled silicone oil providing an extremely efficient and effective thermally conductive compound which will operate over a wide temperature range. For use where reliable thermal coupling of... | |
| A non silicone heat transfer compound containing various metal oxide (ceramic) powders which give exceptional thermal conductivity. Excellent non creep characteristics. Excellent thermal conductivity even at high temperatures. Easy to... | |
| A range of TIM (Thermal Interface Material) pads from Intelligent LED Solutions intended for use with the Duris S8 & S10 series of SCOB LEDs. Thermally conductive pads provide an... | |
| A Selection of HSP Heat Pads which are Easy-to-use with a thermal interface material designed for Crydom single and 3 phase Solid State Relays. Accessory Type = Thermal Pad For... | |
| A silicone based oil with various metal oxide (ceramic) powders for providing the best in thermal conductivity. The materials are electrically insulative to ensure that leakage of currents can not... | |
| Aavid Thermalloy In-Sil-8 series thermal interface pads provide thermal conductance and electrical isolation in one package. In-Sil-8 pads are silicone-based insulators that come with thermally conductive fillers to isolate up... | |
| Accessories for use with Carlo Gavazzi solid state relays. Accessory Type = Thermal Pad For Use With = RGS Series | |
| Bergquist Sil-Pad 2000 is a high performance, thermally conductive insulator designed for demanding military/aerospace and other commercial applications. Sil-Pad 2000 is a grease-free, conformable material capable of meetingor exceeding both... | |
| Bergquist Sil-Pad K-10 is a high performance insulator, combining special film with a filled silicone rubber. The result is a product with good cut-through properties and excellent thermal performance. Sil-Pad... | |
| Bergquist Thermal Clad® thermally conductive insulated metal substrate (IMS) circuit boards are designed specifically for LED applications which then replace conventional FR-4 PCBs. Better thermal management allows more forward current... | |
| Electrical insulators and thermal conductors. Adapted for electrical insulation and as thermal joints on assemblies of components where the height varies. The material has excellent elasticity. The thicknesses available (0.5,... | |
| Electrical insulators and thermal conductors. Adapted for electrical insulation and as thermal joints on assemblies of components where the height varies. The material has excellent elasticity. The thicknesses available (1,... | |
| Electrical insulators and thermal conductors. Adapted for electrical insulation and as thermal joints on assemblies of components where the height varies. The material has excellent elasticity. The thicknesses available mean... | |
| Electrical insulators and thermal conductors. Adapted for electrical insulation and as thermal joints on assemblies of components where the height varies. The material has excellent elasticity. The thicknesses available means... | |
| Electrical insulators and thermal conductors. Designed for fixing PGA type coolers on to microprocessors. The CPU pad is self-adhesive on both sides. Dimensions = 35 x 35mm Thickness = 0.127mm... | |
| Electrical insulators and thermal conductors. Designed for fixing PGA type coolers on to microprocessors. The CPU pad is self-adhesive on both sides. Dimensions = 40.64 x 40.64mm Thickness = 0.127mm... | |
| Excellent thermal conductivity and dielectric properties. Silicone free compound will not harden or dry out. Non-corrosive. Thermally stable from -5°F/-15°C to 392°F/200°C. Exceeds MIL-C-47113 for thermal conductivity. Excellent heat transfer... | |
| Fast curing acrylic adhesive for bonding a heat sink and component/P.C.B. Viscous liquid. This adhesive is intended to replace tapes, mechanical clips and epoxies. Useful when mounting temperature sensors. Excellent... | |
| Field-proven polyimide film, excellent dieletric performance and excellent cut-through resistance.,Outstand ing thermal performance in an insulated pad. Thermal impedance : 0.13°C-in²/W (@25psi). Phase Change Temperature : 55°C Dimensions = 11... | |
| Fills gap between device and heatsink, reduces thermal resistance. Can be used as a low bond strength adhesive, sealant or gasketing compond. High viscosity, non-slump paste. High thermal conductivity. Good... | |
| Gap Pad® 1000SF is a thermally conductive, electrically insulating, silicone-free polymer specially designed for silicone-sensitive applications. The material is ideal for applications with high standoff and flatness tolerances. Gap Pad® | |
| Gap Pad® 2200SF is a thermally conductive, electrically isolating, silicone-free polymer specially designed for silicone-sensitive applications. The material is ideal for applications with uneven topologies and high stackup tolerances. Gap... | |
| Gap Pad® 2500S20 is a thermally conductive, reinforced material rated at a thermal conductivity of 2.4 W/m-K. The material is a filled-polymer material yielding extremely soft, elastic characteristics. The material... | |
| General purpose silicone grease suitable to be used in various applications and in a wide operating temperature range. This metal oxide filled silicone oil paste, gives a superior thermal conductivity... | |
| Good heat spreader. Good thermal conductivity. Easy to assemble. High stability Dimensions = 150 x 150mm Thickness = 0.25mm Length = 150mm Width = 150mm Thermal Conductivity = 5W/m·K Material... | |
| Good heat spreader. Good thermal conductivity. Easy to assemble. High stability Dimensions = 150 x 150mm Thickness = 0.6mm Length = 150mm Width = 150mm Thermal Conductivity = 5W/m·K Material... | |
| Good thermal conductivity. Compliancy - High compressibility 90%. Low hardness (Shore 00). Low oil bleed - Long term stability. Electrical insulating Dimensions = 150 x 150mm Thickness = 0.5mm Length... | |
| Good thermal conductivity. Compliancy - High compressibility 90%. Low hardness (Shore 00). Low oil bleed - Long term stability. Electrical insulating Dimensions = 150 x 150mm Thickness = 1.5mm Length... | |
| Good thermal conductivity. Compliancy - High compressibility 90%. Low hardness (Shore 00). Low oil bleed - Long term stability. Electrical insulating Dimensions = 150 x 150mm Thickness = 1mm Length... | |
| Good thermal conductivity. Compliancy - High compressibility 90%. Low hardness (Shore 00). Low oil bleed - Long term stability. Electrical insulating Dimensions = 150 x 150mm Thickness = 2mm Length... | |
| Good thermal conductivity. Easy to assemble. Good insulator. Fibreglass carrier Dimensions = 150 x 150mm Thickness = 0.18mm Length = 150mm Width = 150mm Thermal Conductivity = 1.4W/m·K Minimum Operating... | |
| Good thermal conductivity. Easy to assemble. Good insulator. Fibreglass carrier Dimensions = 150 x 150mm Thickness = 0.3mm Length = 150mm Width = 150mm Thermal Conductivity = 1.4W/m·K Minimum Operating... | |
| Good thermal conductivity. Easy to assemble. Good insulator. Fibreglass carrier Dimensions = 150 x 150mm Thickness = 0.45mm Length = 150mm Width = 150mm Thermal Conductivity = 1.4W/m·K Minimum Operating... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 0.5mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 1.2mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 2.5mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 2mm Length = 150mm Width = 150mm... | |
| Good thermal conductivity. Ultra soft and high compressibility. Natural tack. Easy to assemble. Very good insulator Dimensions = 150 x 150mm Thickness = 3mm Length = 150mm Width = 150mm... | |
| Graphite Heat Spreader. Offers an ideal thermal management solution for applications where limited space is available and custom shapes are required.The high thermal conductivity of the Pyrolytic material allows heat... | |
| Heat sink grease gives excellent thermal conductivity. Will not dry out, harden or melt. Maximises heat transfer between circuit components & heat sinks Thermal Conductivity = 0.63W/m·K Material = Silicone... | |
| Heat transfer compound in an aerosol. Powdered metal oxides in a blend of synthetic fluids. Allows thin, even film of compound to be applied. Easy applications over large areas. For... | |
| Hi-Flow® 650P is a thermally conductive phase change material, reinforced with a polyimide film that is naturally tacky on one side. The polyimide film provides a high dielectric strength and... | |
| High performance, high reliability A composite of silicone rubber and fibreglass. Electrically isolating material. White colour. Flame retardant Dimensions = 150 x 150mm Thickness = 0.015in Length = 150mm Width... | |
| High-performance insulators, which combine Kapton MT type polyamide film with the boron nitride reinforced silicon elastomer. Electrical insulators and thermal conductors. These replace ceramic insulators used when mechanical resistance is... | |
| In some applications, the GAP Pad exerts a pressure unable to cope with risks of deterioration. For other applications, it is impossible to apply due to inaccessibility. To solve these... | |
| Insulator sheets on which heat-emitting power semi-conductors can be mounted directly with complete safety. This material is specially reserved for applications in which pressure between the transistor and the radiator... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 0 (UL 94) Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 0 (UL 94) Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 0 (UL 94) Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 0 (UL 94) Dimensions = 150 x 150mm Thickness = 2mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 0 (UL 94) Dimensions = 150 x 150mm Thickness = 3mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 1 (UL 94) Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 1 (UL 94) Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 1 (UL 94) Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 1 (UL 94) Dimensions = 150 x 150mm Thickness = 2.5mm Length = 150mm Width =... | |
| Low contact thermal impedance. High thermal conductivity. Silicone-free. Long-term stability. Flame rating V - 1 (UL 94) Dimensions = 150 x 150mm Thickness = 3mm Length = 150mm Width =... | |
| Low viscosity for ease of application. High thermal conductivity. Good electrical insulation characteristics. Remains flexible and elastic at high temperatures. Good chemical resistance. Wide operating temperature range Type = Thermal... | |
| Medium performance Kapton® based insulator. Thermal impedance 0.49°C-in²/W @50 psi. Tough dielectric carrier against cut-through. Colour Bluegreen. Flame rating VTM-O Dimensions = 12 x 12in Thickness = 0.152mm Length =... | |
| Medium performance Kapton® based insulator. Thermal impedance 0.49°C-in²/W @50 psi. Tough dielectric carrier against cut-through. Colour Bluegreen. Flame rating VTM-O Dimensions = 19.05 x 12.7mm Thickness = 0.152mm Length =... | |
| Medium performance Kapton® based insulator. Thermal impedance 0.49°C-in²/W @50 psi. Tough dielectric carrier against cut-through. Colour Bluegreen. Flame rating VTM-O Dimensions = 25.4 x 19.05mm Thickness = 0.152mm Length =... | |
| MG Chemical 8616 super thermal grease II is a synthetic oil-based low thermal resistant grease. Designed for those applications where the maximum heat flow is a must.,The thermal grease is... | |
| MG Chemicals 8617 super thermal grease III is a non-silicone, zinc oxide free, non-corrosive grease. The thermal grease is designed to improve the thermal interface between irregular and pitted surfaces. | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 0.5mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 1.2mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 2.5mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 2mm Length = 150mm Width... | |
| Natural tack. Good thermal conductivity. Soft and high compressibility. Easy to assemble. Good insulator. Shoch and vibration absorber Dimensions = 150 x 150mm Thickness = 3mm Length = 150mm Width... | |
| Naturally tacky on both sides. Pad is re-positionable. Excellent thermal performance. Auto-placement and dispensable. Thermal impedance : 0.23°C-in²/W (@25psi) Dimensions = 10 x 12in Thickness = 0.203mm Length = 10in... | |
| Phase change thermal Interface material with aluminium carrier intended for use between a computer processor and a heat sink.,Adhesive on one side,Requires pressure of assembly to cause flow.,Applications: ,Computer and... | |
| Product Description. RS brand phase change materials are ideal for thermal management applications. Available in this range is RS phase change interface materials in sheets, resistor pads and as a... | |
| Q-Pad Q2 insulators are made up of a 25 μm aluminium sheet, coated on both sides with a 65 μm thermo-conductive layer. Thermal conductors. They overcome problems associated with grease,... | |
| Sheets on which heat-emitting power semi-conductors can be mounted directly with complete safety. Conduct heat. Insulate electrically. Available in dry or self-adhesive SILPAD400, QPAD, and 2000 models. Dimensions = 12... | |
| Sheets on which heat-emitting power semi-conductors can be mounted directly with complete safety. This material is specially reserved for applications in which pressure between the transistor and the radiator is... | |
| Silicon-free heat sink compound. Easy to apply with the practical syringe. Extremely high thermal conductivity. For the thermal coupling of electronic components Thermal Conductivity = 0.9W/m·K Material = Non-Silicone Maximum... | |
| The HI-FLOW flexible replaces thermal grease. Flexible substrate on aluminium with thermal conduction properties equivalent to those of thermal grease without its drawbacks during production. HI-FLOW 625 provides excellent thermal... | |
| The ILA-TIM-ANNA series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for use with their Anna series of LED coins. Features of the ILA-TIM-ANNA single-sided... | |
| The ILA-TIM-CLUSTER series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for LED clusters. They are available in two sizes with non-adhesive or single/double sided... | |
| The ILA-TIM-PETUNIA series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for use with their Petunia series of LED arrays. Features of the ILA-TIM-PETUNIA single-sided... | |
| The ILA-TIM-SQUARE series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for LED squares (58x58mm). They are available in non-adhesive or single/double sided adhesive options. | |
| The ILA-TIM-STAR series, from Intelligent LED Solutions, are a range of thermal heat pads designed specifically for LED Star arrays. The ILA-TIM-STAR thermal gap pads are from ILS Thermal Interface... | |
| The ILA-TIM-STRIP series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for LED Strips. They are available in a variety of sizes with non-adhesive or... | |
| The ILA-TIM-xxFL series, from Intelligent LED Solutions, are a family of thermal heat pads designed specifically for LED Floods. They are available in non-adhesive or single/double sided adhesive options. ILS... | |
| The original Sil-Pad is a composite of silicone rubber and fibreglass. Excellent mechanical and physical characteristics. Grey Colour. Flame retardant Dimensions = 12 x 12in Thickness = 0.178mm Length =... | |
| The range of Panasonic Soft-PGS (Compressible Type) are graphite sheets dedicated for use as thermal interface materials. The Soft-PGS (Compressible Type) has high compressibility compared to standard PGS, which enables... | |
| The Sil-Pad 400s are silicon rubber and fibreglass-based insulators. This flame retardant material is designed to act as a thermo-conductive insulator. They have excellent mechanical and physical characteristics. They are... | |
| Thermal pad suitable for NOVA 22 panel mount solid state relays. The HSP-7 thermal pad is east to use being constructed of a thermal interface material which is an excellent... | |
| Thermally compound intended for use as thermal interface between processors and heatsink. High thermal performance : 0.32°C/W ( TO220 termal test @ 50 psi). Density (g/cc) : 2.1. The compound... | |
| Thermally conductive adhesive for bonding transistors to heat sinks and heat sinks to boards. Kit includes 25ml syringe and 18ml activator. Type = Thermal Conductive Adhesive Product Material = Acrylic... | |
| Thermally conductive foil discs. Double-sided adhesive layers. Replaces mechanical fastenings Thickness = 0.127mm Diameter = 23mm Thermal Conductivity = 0.37W/m·K Material = Polyamide Self-Adhesive = Yes Minimum Operating Temperature =... | |
| Thermally conductive foil discs. Double-sided adhesive layers. Replaces mechanical fastenings Thickness = 0.127mm Diameter = 32mm Thermal Conductivity = 0.37W/m·K Material = Polyamide Self-Adhesive = Yes Minimum Operating Temperature =... | |
| Thermally conductive foil discs. Double-sided adhesive layers. Replaces mechanical fastenings Thickness = 0.127mm Diameter = 40mm Thermal Conductivity = 0.37W/m·K Material = Polyamide Self-Adhesive = Yes Minimum Operating Temperature =... | |
| Thermally conductive foil discs. Double-sided adhesive layers. Replaces mechanical fastenings Thickness = 0.127mm Diameter = 50mm Thermal Conductivity = 0.37W/m·K Material = Polyamide Self-Adhesive = Yes Minimum Operating Temperature =... | |
| Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.16mm... | |
| Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.5mm... | |
| Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.8mm... | |
| These combine the thermal transfer properties of the Sil-Pad rubber with the high dielectric strength and excellent physical resistance of Kapton MT film. Electrical insulators and thermal conductors. Durable insulators. | |
| These gel type non-silicone thermal interface pads offer high performance and come in a multitude of thermal conductivity ratings and thicknesses. They are ultra-soft and have a natural tack making... | |
| These gel type silicone thermal interface pads offer high performance and come in a multitude of thermal conductivity ratings and thicknesses. They are ultra-soft and have a natural tack making... | |
| These grey silicone enclosed tubular insulators (cap type) are designed for components in TO220 or TO247 enclosures. Dimensions = 24 x 13mm Thickness = 0.45mm Length = 24mm Width =... | |
| These grey silicone tubular insulators are designed for components in TO220 or TO247 enclosures. Dimensions = 25 x 11mm Thickness = 0.45mm Length = 25mm Width = 115mm Thermal Conductivity... | |
| These non-corrosive, 1-part, room temperature vulcanising (RTV) silicone rubbers are part of a new family of acetone cure sealants that are solvent free. They are suitable for a wide range... | |
| These range of Panasonic PGS thermal graphite sheet is a very thin, synthetically-made, highly oriented graphite polymer film manufactured for thermal management/heat-sink applications. The PGS graphite sheets are particularly well-suited... | |
| This non-silicone thermal grease offers high performance and comes in a selection of thermal conductivity ratings and each is available in two pack sizes. It features a very low contact... | |
| This silicone heat sink paste has a self-life of 18 months from the date of manufacture when stored in the original, unopened container at or below 25°C. Applications include: electronic... | |
| TIM (Thermal Interface Material) pads from Intelligent LED Solutions intended for use with the OSLON 4 High Bay LED arrays. These thermally conductive pads provide an essential interface between the... | |
| Two metal oxide filled pastes combining the properties of high thermal conductivity and high insulation resistance. This thermal grease adhesive provides an excellent heat transfer between semiconductor devices and heat... | |
| Two part, metal oxide loaded, thermal bonding system. Can be used to bond heat sinks assemblies in piggy back arrangements, assembly of complex heat sink and as a bonding medium... | |
| Ultra-high efficiency, thermally conductive grease. Provides maximum thermal conductivity with superior dielectric properties. Silicone free compound will not harden or dry out. Electrically insulative, noncorrosive and nonflammable. Thermally stable from... | |
| Unreinforced construction for additional compliancy. Comformable, low hardness. Electrically isolating. Density (g/cc) : 2.1. Youngs modulus (kPa): 45. Inherent surface tack: 2 Dimensions = 8 x 4in Thickness = 0.02in... | |
| Unreinforced construction for additional compliancy. Comformable, low hardness. Electrically isolating. Density (g/cc) : 2.1. Youngs modulus (kPa): 45. Inherent surface tack: 2 Dimensions = 8 x 4in Thickness = 0.1in... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 0.5mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 1.2mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 2.5mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 2mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble. Good insulator Dimensions = 150 x 150mm Thickness = 3mm Length = 150mm Width = 150mm Thermal... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble Dimensions = 150 x 150mm Thickness = 0.5mm Length = 150mm Width = 150mm Thermal Conductivity =... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble Dimensions = 150 x 150mm Thickness = 1.5mm Length = 150mm Width = 150mm Thermal Conductivity =... | |
| Very good thermal conductivity. Soft and high compressibilty. Natural tack. Easy to assemble Dimensions = 150 x 150mm Thickness = 1mm Length = 150mm Width = 150mm Thermal Conductivity =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 0.5mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 0.8mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 1.2mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 1.5mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 1mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 2.5mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 2mm Length =... | |
| Very good thermal conductivity. Very soft and high compressibility. Natural Tack. Easy to assemble. Good insulator. Shock and vibration absorber Dimensions = 150 x 150mm Thickness = 3mm Length =... | |
| With hole except model SL018AL20, which is designed for clip mounting and not screw mounting. Harder than all metal alloys, aluminium ceramic is an exceptional material allowing extraordinary performance in... |