ワイドワーク List of Products and Services

Graphene is a material in which carbon atoms are bonded together in a honeycomb-like hexagonal structure, forming a sheet. It is said to be the strongest in the world when pulled (tear-resistant) and has the best thermal conductivity. It is a material with high strength and excellent thermal conductivity. 【Features】 - It is a thermal conductive product with graphene coated on one side of copper foil. - It is a composite material that combines the heat storage properties of copper foil with the thermal conductivity and thermal diffusion performance of graphene. - It can also be used as a thin heat sink. - Since it is based on copper foil, it has high shielding characteristics. - It is flexible and can be applied to curved surfaces. - It is ideal for heat spot countermeasures. - Graphite powder does not fall off. - It has high stability with no aging changes. - It can be easily cut and trimmed.

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure employs 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 60mm × 60mm ● Thickness: 10mm ● Rated voltage: 12V ● Bearing structure: 2 ball bearings

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1. Reduces unnecessary noise and sound in indoor environments. It is particularly effective in absorbing factory machine noise and is useful for noise control. 2. The uneven surface structure reduces sound reverberation. 3. Unlike inorganic fiber sound-absorbing materials such as glass wool, it is non-irritating to the skin and can be handled without protective gear. 4. It has cushioning properties and is safe even when bumped into.

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Adopting a high-performance, long-life dual ball bearing fan for industrial equipment and devices requiring a large airflow. 【Features】 ● This fan provides a significant airflow, making it suitable for devices that require a large volume of air. ● The bearing structure employs a high-performance dual ball bearing system, achieving an expected lifespan of 70,000 hours (at 40°C). ● Thanks to the long-life dual ball bearings, maintenance frequency can be reduced, resulting in overall cost savings. ● Due to high power consumption, the power cable and PWM cable are separated. The peripheral power cable draws power directly from the power unit, while the PWM cable connects to the motherboard for speed control and detection. *Please handle with care as it rotates at very high speeds to avoid injury. *Due to high power consumption, please use in an environment with ample capacity.

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure uses 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 50mm × 50mm ● Thickness: 10mm ● Rated voltage: 12V ● Bearing structure: 2 ball bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure uses 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 40mm x 40mm ● Thickness: 20mm ● Rated Voltage: 12V ● Bearing Structure: 2 Ball Bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure uses 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 40mm × 40mm ● Thickness: 10mm ● Rated voltage: 12V ● Bearing structure: 2 ball bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure employs two ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 30mm x 30mm ● Thickness: 10mm ● Rated voltage: 12V ● Bearing structure: 2 ball bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure employs 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 60mm x 60mm ● Thickness: 10mm ● Rated voltage: 5V ● Bearing structure: 2 ball bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure employs 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 50mm × 50mm ● Thickness: 10mm ● Rated voltage: 5V ● Bearing structure: 2 ball bearings

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure adopts 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 40mm x 40mm ● Thickness: 10mm ● Rated Voltage: 5V ● Bearing Structure: 2 Ball Bearings

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It closely adheres to the surface irregularities and can quickly transfer heat from the heating element to the heat dissipation body (enclosure). It is a thermal conductive material that fills gaps with a soft material. 【Features】 ● Achieves high thermal conductivity by uniformly dispersing and blending special fillers. ● The insulation type boasts high insulation properties of 10 to 15. CTI=600 level. ● Can be compressed to less than half its thickness, significantly reducing thermal resistance. ● Exhibits advanced waterproof and dustproof properties due to the characteristics of silicone resin. ● Maintains high flexibility under a wide range of temperature conditions, protecting electronic devices from vibrations. ● Compliant with RoHS2.0 standards.

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It closely adheres to the surface irregularities and can quickly transfer heat from the heating element to the heat dissipation element (housing). It is a thermal conductive material that fills gaps with a soft material. 【Features】 ● Achieves high thermal conductivity by uniformly dispersing a special filler. ● The insulation type boasts high insulation properties of 10 to 15. CTI=600 level. ● Can be compressed to less than half its thickness, significantly reducing thermal resistance. ● Exhibits advanced waterproof and dustproof properties due to the characteristics of silicone resin. ● Maintains high flexibility under a wide range of temperature conditions, protecting electronic devices from vibrations. ● Compliant with RoHS2.0 standards.

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It can be applied between the heat-generating body (such as a CPU) and the heat-dissipating body (such as a CPU cooler or heat sink) to fill in the fine gaps and efficiently transfer heat to the heat-dissipating body. 【Features】 ● It is a high-performance thermal grease with a thermal conductivity of 9.0 W/m·K. ● It does not use silicone-based materials, so low molecular siloxanes are not generated, eliminating issues such as electrical contact failure. ● It is a high heat-resistant grease that can withstand temperatures up to 200°C. ● It is insulating. ● It is compliant with RoHS standards.

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Ideal for industrial equipment, FA equipment, OA equipment, and small devices. The bearing structure employs 2 ball bearings, achieving a long lifespan of 70,000 hours (at 40°C). 【Features】 ● Size: 70mm × 70mm ● Thickness: 15mm ● Rated voltage: 12V ● Bearing structure: 2 ball bearings

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It has a high thermal conductivity and excellent freedom of shape, making it suitable for use as a heat dissipation material in electronic devices that require space-saving solutions. 【Features】 ● It has excellent thermal conductivity of 1500 W/m·K in the plane direction and 5 W/m·K in the thickness direction. ● It is bendable, flexible, ultra-thin, and provides high EMI shielding effectiveness, which can also reduce electromagnetic wave issues. ● It has high stability with no aging changes. ● It can be easily cut and trimmed. ● It is a single-sided adhesive type.

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It has a high thermal conductivity and excellent freedom of shape, making it suitable for use as a heat dissipation material in electronic devices where space-saving is required. 【Features】 ● It has excellent thermal conductivity of 1500W/m·K in the plane direction and 5W/m·K in the thickness direction. ● It is bendable, flexible, ultra-thin, and has a high EMI shielding effect, which can also mitigate electromagnetic wave issues. ● It has high stability with no aging changes. ● It can be easily cut and trimmed. ● It is a single-sided adhesive type.

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It is used by placing it between the heat-generating body (such as CPU or GPU) and the heat-dissipating body (such as CPU coolers or heat sinks). It is the optimal size for a computer's CPU. 【Features】 ● It efficiently conducts heat, demonstrating high heat dissipation performance. ● It is a flexible thermal conductive material with electrical insulation properties. ● Being a soft material, it adheres closely to uneven surfaces, preventing the formation of air layers. ● Unlike thermal grease, it is a sticking process rather than a painting process, making it easy to work with. ● It can be easily cut with scissors or a cutter, allowing for precise size adjustments. ● It can be used as a heat management solution for areas with high heat generation or as an alternative to thermal grease. ● RoHS compliant product. *Please handle this product with care as it is made of a soft material. For installation, remove one side of the protective sheet and attach the exposed side to the substrate. After sticking it on, remove the protective sheet from the other side. This method allows for relatively smooth application.

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It is used by placing it between the heat-generating body (such as CPU or GPU) and the heat-dissipating body (such as CPU coolers or heat sinks). It is the optimal size for a computer's CPU. 【Features】 ● It efficiently conducts heat, demonstrating high heat dissipation performance. ● It has excellent insulation properties and is a flexible thermal conductive material. ● Being made of a soft material, it adheres closely to uneven surfaces, preventing the formation of air layers. ● Unlike thermal grease, it is a sticking process rather than a painting process, making it easy to work with. ● It can be easily cut with scissors or a cutter, allowing for precise size adjustments. ● RoHS compliant. *Please handle this product with care as it is made of a soft material. For installation, remove one side of the protective sheet and stick the exposed side onto the substrate. After sticking, remove the protective sheet from the other side. This method allows for relatively smooth application.

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It is used by placing it between heat-generating components (such as CPU, GPU, LED, etc.) and heat-dissipating components (such as heat sinks) to efficiently conduct heat from the heat-generating components to the heat-dissipating components. 【Features】 ● High thermal conductivity sheet made in Japan ● Enables cooling of high heat-generating areas such as CPUs, GPUs, and high-energy-density LEDs, while keeping the low molecular siloxane content below 70 ppm, making it suitable for use near contacts like switches. ● This type retains polymer-derived adhesiveness, providing double-sided adhesion, and is a high thermal conductivity sheet with excellent fixation and follow-up properties. Since there is some adhesive on both sides, the adhesive performance is enhanced, making it easy to handle. (The adhesive strength is strong.) ● A heat dissipation sheet that maintains a balance of flexibility and adhesion. ● Ideal for cooling high heat-generating areas such as CPUs, GPUs, and high-energy-density LEDs. ● The operating temperature range is from -40°C to 150°C, and it is a sheet that is resistant to heat cycles.

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Used between heat-generating components (such as CPU, GPU, LED, etc.) and heat-dissipating components (such as heat sinks), it efficiently conducts heat from the heat-generating components to the heat-dissipating components. 【Features】 ● High thermal conductivity sheet made in Japan ● The low molecular siloxane content is kept below 70ppm, allowing for use near contacts such as switches. ● This type retains polymer-derived adhesiveness, providing double-sided adhesion, making it an excellent high thermal conductivity sheet with superior fixation and follow-up properties. The presence of some adhesive on both sides enhances adhesive performance and makes handling easy. (The adhesive strength is strong.) ● A thermal dissipation sheet that maintains both flexibility and adhesion ● Ideal for cooling high heat-generating areas such as CPUs, GPUs, and high-energy-density LEDs. ● The operating temperature range is from -40°C to 150°C, and it is a sheet that is also resistant to heat cycles.

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●It can efficiently transfer heat, demonstrating high heat dissipation properties. ●It is a thermally conductive material with excellent insulation properties. ●It has convenient double-sided adhesive for easy application. ●It can be easily cut with scissors or a cutter, allowing for precise size adjustments. ●Unlike thermal grease, it is a sticking process rather than a painting process, making it easy to work with. ●It is compliant with RoHS standards.

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Fanless CPU cooler compatible with Intel Socket LGA1156/1155/1150/1151. It is mainly used in 2U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from the outside onto the heatsink. This product is often used in environments where blower fans are installed or in 2U rack-mounted servers with small fans arranged. The heatsink is a one-piece molded component made from machined aluminum ingots (material in block form).

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Fanless CPU cooler compatible with Intel Socket LGA3647. It is mainly used in 2U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or in 2U rack-mounted servers with small fans arranged. It features a heatsink structure that combines a copper base with stacked aluminum fins. A copper plate is attached to the CPU contact surface of the aluminum heatsink, and heat pipes are also used. The heat pipes efficiently transfer heat, allowing for quick dissipation of the CPU's heat.

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Fanless CPU cooler compatible with Intel Socket LGA3647. It is mainly used for 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or where small fans are arranged, such as in 1U rack-mounted servers. It features a heatsink structure with a copper base and stacked aluminum fins that are crimped and joined together.

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Fanless CPU cooler compatible with Intel Socket LGA3647. It is mainly used for 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or in 1U rack-mounted servers with small fans arranged. It features a heatsink structure with aluminum fins stacked and crimped onto an aluminum base bottom.

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Fanless CPU cooler compatible with Intel Socket LGA3647. Mainly used for 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, airflow must be directed at the heatsink from an external source. It is often used in environments such as 1U rack-mounted servers equipped with blower fans or lined with small fans. The heatsink is a monolithic structure machined from aluminum ingots (raw material state).

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Fanless CPU cooler compatible with Intel Socket LGA1156/1155/1150/1151. It is mainly used for 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or in 1U rack-mounted servers with small fans arranged. It features a heatsink made from aluminum ingots (in a solid material state) that have been machined (skyve processed) into a single piece.

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Fanless CPU cooler compatible with Intel Socket LGA1156/1155/1150/1151. It is mainly used in 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or in 1U rack-mounted servers with small fans arranged. It features a heatsink made from pure copper ingots (material in solid form) that has been machined (skyve processed) into a single molded shape.

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Fanless CPU cooler compatible with Intel Socket LGA1156/1155/1150/1151. It is mainly used for 1U rack-mounted servers and small industrial equipment. Since this product is fanless, its cooling performance is affected by the usage environment. To cool it, it is necessary to direct airflow from outside onto the heatsink. This product is often used in environments where blower fans are installed or where small fans are arranged, such as in 1U rack-mounted servers. A copper plate is attached to the CPU contact surface of the aluminum heatsink, and heat pipes are also used. The heat pipes efficiently transfer heat, allowing the CPU's heat to dissipate quickly.

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It closely adheres to the surface irregularities and quickly conducts heat from the heating element to the heat sink. Due to its strong adhesive power, it is quite difficult to remove when used with small heat sinks. 【Features】 ● Strong Adhesion ... Has stronger adhesive properties than conventional thermal pads. ● High Thermal Conductivity ... Achieves high thermal conductivity by uniformly dispersing and blending special fillers. ● High Insulation ... The insulating type boasts a high insulation level of 10-15. CTI=600 level. ● High Compressibility ... Can be compressed to less than half its thickness, significantly reducing thermal resistance. ● Waterproof and Dustproof ... Exhibits advanced waterproof and dustproof properties due to the characteristics of silicone resin. ● Flame Retardant ... Obtained UL V-0 certification. Passes the glow wire test at 675°C. ● Vibration Resistant ... Maintains high flexibility under a wide range of temperature conditions, protecting electronic devices from vibrations. ● RoHS compliant product.

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It is used by placing it between heat-generating components (such as CPU, GPU, LED, etc.) and heat-dissipating components (such as heat sinks), efficiently conducting heat from the heat-generating components to the heat-dissipating components. 【Features】 ● A high thermal conductivity sheet made in Japan, unlike any other. ● A heat dissipation sheet that maintains both flexibility and adhesion. ● Ideal for cooling high heat-generating areas such as CPUs, GPUs, and high-energy-density LEDs. ● The operating temperature range is from -40°C to 150°C, and it is strong against heat cycles. ● Excellent handling properties.

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It is used by placing it between the heat-generating body (such as a CPU) and the heat-dissipating body (such as a heat sink). It fills in the gaps of fine irregularities and efficiently transfers heat to the heat-dissipating body (such as a heat sink). 【Features】 ● The thermal conductive filler (coarse graphite) is oriented vertically, improving thermal conductivity in the thickness direction. ● It demonstrates thermal conductivity characteristics that are approximately 10 times greater than conventional silicone thermal conductive sheets. ● A hybrid type that combines the flexibility of resin with thermal conductivity comparable to that of metal. ● It can be easily cut with scissors or a cutter, allowing for precise size adjustments. ● RoHS compliant ● Made in Japan

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●Please use the rubber washer between the fan and the housing. It prevents vibration and resonance. ●RoHS compliant, made in Japan.

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●Please use the rubber washer between the fan and the housing. It prevents vibration and resonance. ●RoHS compliant, made in Japan.

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This is a CPU cooler compatible with Intel Socket LGA3647. It features a copper heat sink core and employs a heat pipe with aluminum fins, focusing on cooling performance. The heat pipes are integrated into the bottom of the heat sink, efficiently transferring heat from the CPU to the fins for dissipation. Additionally, the fan is positioned for side flow, creating airflow within the PC case for efficient heat exhaust. The overall size is relatively compact at 108(L)mm × 78(W)mm × 64(H)mm, designed to minimize interference with surrounding devices near the CPU. (However, this cannot be guaranteed due to variations in motherboard design and configuration.)

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You can attach heat dissipation components such as heat sinks to heat-generating parts. 【Features】 ● It boasts a high thermal conductivity of 2W/m·K among thermally conductive adhesive sheets. ● It has excellent adhesive properties. ● It is very soft and flexible. ● With dimensions of 250mm x 150mm, it can be used for large heat sinks. ● It can be easily cut and processed with scissors or a cutter. ● RoHS compliant product.

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● We do not use silicone-based materials, so low molecular siloxanes do not occur, preventing electrical contact failure. ● It is a grease with low thermal resistance and long-term stability. ● Apply it between the heating element and the heat dissipation element to enhance thermal conductivity. ● It has a moderate viscosity, making it easy to spread evenly. ● It is non-conductive.

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This is an insulating sheet that integrates mica with silicone adhesive. It has excellent electrical insulation properties, as well as outstanding thermal insulation and sealing capabilities. 【Features】 ● It has obtained flame retardant ratings UL94 V-0 and UL94 5VA, offering excellent thermal insulation and can also be used as a flame retardant sheet. ● It excels in compressive strength, water resistance, and chemical resistance. ● It is flexible at room temperature and can be deformed as desired. ● It can be cut with scissors or a cutter, making processing easy. ● Trusted Japanese manufacturing. ● Compliant with RoHS directives.

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This is an insulating sheet that integrates mica with silicone adhesive. It has excellent electrical insulation properties, as well as outstanding thermal insulation and sealing capabilities. 【Features】 ● It has obtained flame retardant ratings of UL94 V-0 and UL94 5VA, offering excellent thermal insulation and can also be used as a fire prevention sheet. ● It excels in compressive strength, water resistance, and chemical resistance. ● It is flexible at room temperature and can be deformed as needed. ● It can be cut with scissors or a cutter, making processing easy. ● Trusted Japanese manufacturing. ● Compliant with RoHS directives.

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It closely adheres to the surface irregularities and quickly conducts heat from the heating element to the heat sink. It is a thermal conductive material that fills gaps with a soft material. 【Features】 ● Achieves high thermal conductivity by uniformly dispersing and blending a special filler. ● The insulating type boasts high insulation properties of 10 to 15. CTI level is 600. ● Can be compressed to less than half its thickness, significantly reducing thermal resistance. ● Exhibits advanced waterproof and dustproof properties due to the characteristics of silicone resin. ● Obtained flame retardant UL V-0 certification. Passes the glow wire test at 675°C. ● Maintains high flexibility under a wide range of temperature conditions, protecting electronic devices from vibrations. ● RoHS2 compliant product.

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It closely adheres to the surface irregularities and quickly conducts heat from the heating element to the heat sink. It is a soft material that fills gaps as a thermal conductive material. 【Features】 ● Achieves high thermal conductivity by uniformly dispersing and blending a special filler. ● The insulating type boasts high insulation properties of 10 to 15. CTI level is 600. ● Can be compressed to less than half its thickness, significantly reducing thermal resistance. ● Exhibits advanced waterproof and dustproof properties due to the characteristics of silicone resin. ● Obtained flame retardant UL V-0 certification. Passes the glow wire test at 675°C. ● Maintains high flexibility under a wide range of temperature conditions, protecting electronic devices from vibrations. ● RoHS compliant product.

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Heat management and electromagnetic wave countermeasures within electronic devices can be addressed with a single sheet. It is used by placing it between the heat-generating body and the heat-dissipating body. It fills gaps and uneven surfaces, allowing efficient heat transfer to the heat-dissipating body. Simply applying it to the source of noise enables noise countermeasures. This single sheet addresses both electromagnetic wave noise generation and heat issues within electronic devices.

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Heat management and electromagnetic wave countermeasures within electronic devices can be addressed with a single sheet. It is used by placing it between the heat-generating element and the heat-dissipating element. It fills gaps and uneven surfaces, efficiently transferring heat to the heat-dissipating element. Simply applying it to the source of noise allows for noise countermeasures. This single sheet addresses both electromagnetic wave noise generation and heat issues within electronic devices.

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Heat management and electromagnetic wave protection inside electronic devices can be addressed with a single sheet. It is used by placing it between the heat-generating component and the heat-dissipating component. It fills gaps and uneven surfaces, efficiently transferring heat to the heat-dissipating component. Simply applying it to the source of noise allows for noise reduction. This single sheet addresses both electromagnetic wave noise generation and heat issues inside electronic devices.

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