Thermal Management

Convection, conduction, and radiation are the basic ways of transferring heat from a package, component or device. Convection means thermal energy is transferred from a solid surface to a surrounding gas or fluid include the use of base plates and heat pipes. Conduction refers to the transfer of heat through a solid medium. Nystein offers the choice of thermal interface materials used to improve the component, device and substrate affect the ability of the system to conduct heat away. Thermal radiation is the electromagnetic radiation produced due to temperature. Although radiative heat transfer does occur, its impact is typically far less than convective or conductive means.



TIM-Pads

Flextein™ S10

Flextein S10 is a 1.0 W/m∙K, ultra-soft and tear-proof thermal gap filler, reinforced with a coated fiberglass carrier. These materials are electrically insulating, resistant to shear and mechanical forces, recommended for applications that require a minimum amount of pressure on components. Flextein S10U & S10V, are ideal materials used in applications requiring insulation between sinks and heat high-voltage devices.

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Flextein™ S12

Flextein S12 is a cost-effective, thermal gap pad, with an ideal filler blend that gives it low modulus maintaining optimal thermal performance while allowing easy handling. The natural tack on both sides of the material allows good compliance to adjacent surfaces of components, minimizing interfacial resistance.The filler allows the product to remain a cost effective solution where moderate thermal performance is acceptable.

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Flextein™ S15

Flextein S15 is a very soft, freestanding thermal gap pad that is more compliant than most other materials. As a perfect blend of good thermal conductivity of 1.5 W/m·K and high conformability, this material produces low thermal resistance. The highly conformable nature of the material allows the pad to fill in air voids and air gaps between PC boards and heat sinks or metal chassis with stepped topography, rough surfaces and high stack-up tolerances.

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Flextein™ S22

Flextein S22 is a thermally conductive silicone gel pad with a good combination of high thermal conductivity and compressibility. This soft gel pad provides reduced interfacial thermal resistance, along with shock absorption and ease of use. It’s unique silicone and filler combination has extremely low silicone extractables compared to many other silicone interface products. It is ideal for use to fill gaps between high-power, heat-generating components and related heat sinks, boards or chassis.

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Flextein™ S28

Flextein S28 is a compliant elastomeric thermal interface material designed to provide excellent thermal performance at reasonable cost. Its soft interface pad conforms well to minimal pressure, resulting in little or no stress on mating parts. It has extremely low silicone extractables compared to many other silicone interface products and also meets NASA outgassing specification. Flextein S28 is naturally tacky, and no adhesive coating is required. It is electrically insulating, stable from -60ºC to 200ºC and is certified as UL-94 V0 in flammability rating.

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Flextein™ NS150

Flextein NS150 is a 15.0 W/m∙K soft gap filler interface material with great thermal performance and high compliance. The material has extreme softness while maintaining elasticity and conformability. The inherent natural tack on both sides assists in application and allows the product to effectively fill air gaps, enhancing the overall thermal performance.

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Flextein™ S80

Flextein S80 is an 8 W/m∙K soft gap filler interface material with great thermal performance and high compliance. The material has extreme softness while maintaining elasticity and conformability. The inherent Natural tack on both sides assists in application and allows the product to effectively fill air gaps, enhancing the overall thermal performance.

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Flextein™ S51

Flextein S51 is a 5.1 W/m∙K soft thermal interface gap filler with great thermal performance and high compliance. The material has extreme softness while maintaining elasticity and conformability. The Inherent natural tack on both sides assists in application and allows the product to effectively fill air gaps, enhancing the overall thermal performance. It is ideal for use to fill gaps between high-power, heat-generating components and related heat sinks, boards or chassis.

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Flextein™ S30

Flextein S30 is a soft gap filling material rated at a thermal conductivity of 3.0 W/m·K, the material offers exceptional thermal performance at low pressures, and it can easily fit in and adhere to most shapes and sizes of components, and makes reliable and complete physical contact. It is well suited for high performance, low-stress applications that typically use fixed standoff or clip mounting. FlexteinTM S30 is ideal for high-performance applications at low mounting pressures.

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Flextein™ S28SS

Flextein S28SS is a compliant elastomeric thermal interface material designed to provide excellent thermal performance at reasonable cost. Its soft interface pad conforms well to minimal pressure, resulting in little or no stress on mating parts. It has extremely low silicone extractables compared to many other silicone interface products and also meets NASA outgassing specification. Flextein S28SS is super-flexible, super-sticky design-in material, and no adhesive coating is required. It is electrically insulating, stable from -60ºC to 200ºC and is certified as UL-94 V0 in flammability rating.

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TIM-Insulators

Flextein™ Pro T20

The electrically insulating and thermally conductive material is designed to solve overheating problems for today's power component assemblies. Most products are film-based and designed to resist cutting-through in screw mounting applications. Our products provide a more consistent breakdown voltage over other insulation constructions. The soft conformal coating on the film provides an excellent mating surface for low pressure clip mounting. Our insulators are available with a diverse range of thermal performance to suit any application. These materials can be die-cut into any standard or customized shape.

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Flextein™ Pro T10

The electrically insulating and thermally conductive material is designed to solve overheating problems for today's power component assemblies. Most products are film-based and designed to resist cutting-through in screw mounting applications. Our products provide a more consistent breakdown voltage over other insulation constructions. The soft conformal coating on the film provides an excellent mating surface for low pressure clip mounting. Our insulator products are available with a diverse range of thermal performance to suit any application. These materials can be die-cut into any standard or customized shape.

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Flextein™ ProT9/ T9R

The electrically insulating and thermally conductive material is designed to solve overheating problems for today's power component assemblies. Most products are film-based and designed to resist cutting-through in screw mounting applications. Our products provide a more consistent breakdown voltage over other insulation constructions. The soft conformal coating on the film provides an excellent mating surface for low pressure clip mounting. Our insulator products are available with a diverse range of thermal performance to suit any application. These materials can be die-cut into any standard or customized shape.

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Thermal Potting Compound

Flextein™ SEA2000

Flextein SEA2000 is a two-component thermally conductive RTV silicone sealant for insulating and protecting electrical and electronic components from application and environmental stresses. This rubber-like compound resists shock and vibration, intended for exclusion of moisture and corrosive agents. High conductivity makes Flextein SEA2007 suitable for electronic components or packaging requiring heat dissipation while sealed.

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Graphite Film

Flextein™ G810R

Flextein G810R is a synthetic graphite thermal interface material of carbon in-plane single-crystal structure. Flextein G810R is ultra-thin, light-weight and flexible and offers excellent in-plane thermal conductivity. It is ideal for a variety of heat spreading applications where in-plane thermal conductivity is the most crucial and spaces are limited.

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Flextein™ GC800

Flextein GC800 Series is a high-performance cost-effective thermal interface material. It’s made of thermally conductive copper foil coated with graphite. The graphite coating allows it to conform exactly to surfaces, thus maximizing heat transfer. Compared to common graphite film, the FlexteinTM GC800 Series provides excellent thermal performance in all X-Y-Z directions. They can bend and make an orientable heat transfer. The GC800 Series also would not give off powder compared to graphite film, which would cause electric issue. The GC800 Series can be coated with plastic, pressure-sensitive adhesive and other material combinations for additional design features and needs.

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Silicone Free TIM

Flextein™ 2000SF

Flextein 2000SF is a high-performance, compliant, silicone-free thermal interface material. By coupling extremely high thermal conductivity (2.0W/m·K) with exceptional wetting characteristics, FlexteinTM 2000SF provides low thermal resistance between heat source component and heat dissipation part or housing. This makes it well-suited for applications where silicone-based pads are traditionally used as well as those applications which are silicone-sensitive, especially in optical industry. Flextein 2000SF is naturally tacky on both sides requiring no additional adhesive coating. The natural tack allows the pad to be held in place during assembly.

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Flextein™ 4000SF

Flextein 4000SF is a high-performance, compliant silicone-free thermal interface material. By coupling extremely high thermal conductivity (4.0W/m·K) with exceptional wetting characteristics, Flextein 4000SF provides low thermal resistance between heat source component and heat dissipation part or housing. This makes it well-suited for applications where silicone-based pads are traditionally used as well as those applications which are silicone-sensitive, especially in optical industry. Flextein 4000SF is naturally tacky on both sides requiring no additional adhesive coating. The natural tack allows the pad to be held in place during assembly.

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TIM GEL

Flextein™ MG350

Flextein MG350 is a thermally conductive liquid gap filling material, two-component, cured either at room or elevated temperature. Prior to curing, the material maintains good thixotropic characteristics, and is easy to dispense. The result is a soft, form-in-place elastomer ideal for combining fragile components with high topography and / or stack-up tolerances to general heat sink or housing. After curing, it won't pump from the interface as a result of thermal cycling and is dry to the touch.

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Flextein™ MG180

Flextein MG180 is a thermally conductive liquid gap filling material two-component, cured either at room or elevated temperature. Prior to curing, the material maintains good thixotropic characteristics, and is easy to dispense. The result is a soft, form-in-place elastomer ideal for combining fragile components with high topography and / or stack-up tolerances to general heat sink or housing. After curing, it won't pump from the interface as a result of thermal cycling and is dry to the touch.

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Flextein™ TG845

Flextein TG845 is specially designed for use in high performance devices requiring minimal thermal resistance for maximum thermal performance and component reliability. It requires no cure cycle and can be readily re-worked. This compliant material requires low compression force to conform to irregular interfaces and can be applied to single devices with minimum bond-line thickness as well as to multiple devices with variable tolerances. The cross-linked gel structure provides superior long term thermal stability and reliable performance to conventional greases.

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Flextein™ TG860

Flextein TG860 is specially designed for use in high performance devices requiring minimal thermal resistance for maximum thermal performance and component reliability. In addition to providing application flexibility and variable gap adaptation, TG860 will exert minimum stress on your component while maintaining interface contact to maximize thermal transfer. It requires no cure cycle and its cross-linked gel structure provides superior long term thermal stability and reliable performance to conventional greases.

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Flextein™ TG803

Flextein TG803 is specially designed for use in high performance devices requiring minimal thermal resistance for maximum thermal performance and component reliability. It requires no cure cycle and can be readily re-worked. This compliant material requires low compression force to conform to irregular interfaces and can be applied to single devices with minimum bond-line thickness as well as to multiple devices with variable tolerances. The cross-linked gel structure provides superior long term thermal stability and reliable performance to conventional greases.

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Flextein™ TG802

Flextein TG802 is specially designed for use in high performance devices requiring minimal thermal resistance for maximum thermal performance and component reliability. It requires no cure cycle and can be readily re-worked. This compliant material requires low compression force to conform to irregular interfaces and can be applied to single devices with minimum bond-line thickness as well as to multiple devices with variable tolerances. The cross-linked gel structure provides superior long term thermal stability and reliable performance to conventional greases.

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Flextein™ TG801

Flextein TG801 is specially designed for use in high performance devices requiring minimal thermal resistance for maximum thermal performance and component reliability. It requires no cure cycle and can be readily re-worked. This compliant material requires low compression force to conform to irregular interfaces and can be applied to single devices with minimum bond-line thickness as well as to multiple devices with variable tolerances. The cross-linked gel structure provides superior long term thermal stability and reliable performance to conventional greases.

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Thermal isolating material

Flextein™ TI104

Flextein TI104 is a special aerogel designed for thermally insulating. It is a 0.03 W/m·K flexible film, conforming well with low pressure. It could cut off heat transfer from hot parts. It’s available with PSA, easy for die-cutting and assembly. Flextein TI104 is light weight and RoHS compliant.

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PCM(Phase Change Material)

Flextein™ PCM50

Flextein PCM50 is a high-performance thermal phase change material (PCM), designed to minimize thermal resistance at interfaces, to meet the thermal reliability and price requirements for high-end thermal applications. The series is inherently tacky, flexible and exceptionally easy-to-use. The PCM50 series can be supplied as cut parts in strips and rolls with top-tabbed liners for easy application.

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Flextein™ PCM30

Flextein PCM30 series is a high-performance thermal phase change material (PCM) designed to meet the thermal reliability and price requirements for high-end thermal applications. The series is inherently tacky, flexible and exceptionally easy-to-use. The PCM30 series can be supplied as cut parts in strips and rolls with top-tabbed liners for easy application.

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Thermal Grease

Flextein™ Grease 5000

Flextein Grease 5000 is silicone-based thermal grease designed to solve overheating and reliability problems. It can thoroughly wet out contact surfaces to create a low thermal resistance, and can be used in pneumatic dispensing and screen printing systems. It is environmentally safe and reliable.

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