RS Components, Ltd. Datasheets for Leveling and Filling Compounds
Leveling and filling compounds are used to level surfaces, fill cavities, and shim or set machinery. They often have filling and sealing properties.
Leveling and Filling Compounds: Learn more
| Product Name | Notes |
|---|---|
| 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... | |
| 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... | |
| 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... | |
| 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... | |
| 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... | |
| 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... | |
| 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... | |
| 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 =... | |
| 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 =... | |
| 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... | |
| 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... | |
| 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 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... | |
| 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... | |
| 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... |