1～15 item / All 18 items
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to have soundproofing, vibration-damping, and vibration-control effects.
With a thickness of 0.3mm, it is extremely thin, so it doesn't take up space and doesn't cause interference, making it easy to use. It also has weight, which allows it to suppress vibrations and resonance when applied.
Among thermal conductive adhesive tapes, it boasts a high thermal conductivity of 2 W/m·K. It is a large-sized type, making it suitable for use with large heat sinks.
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.
A heat dissipation sheet that utilizes the high thermal conductivity of carbon fibers through a unique magnetic field orientation technique, while maintaining the flexibility and adhesion properties of polymers.
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.
A heat dissipation sheet that utilizes the high thermal conductivity of carbon fibers through a unique magnetic field orientation technology, while maintaining the flexibility and adhesion properties of polymers.
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.
An ultra-soft thermal conductive sheet that achieves excellent thermal conductivity. It fills the gaps of fine unevenness and efficiently conducts heat.
It is used by sandwiching it between heating components and heat dissipation components, efficiently conducting heat from the heating components to the heat dissipation components. 【Features】 ● It can efficiently transfer heat, demonstrating high heat dissipation performance. ● It is an insulating and flexible thermal conductive material. ● Being a soft material, it adheres closely to uneven surfaces, preventing the formation of air layers. ● It can be easily cut with scissors or a cutter, allowing for precise size adjustments. ● Unlike heat dissipation grease, it involves a sticking process rather than a painting process, making it easy to work with. ● 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, remove the protective sheet from the other side. This method allows for relatively smooth application.
The activated carbon filter adsorbs tobacco odors, nicotine, and tar, preventing dirt and smells. It can be washed with detergent and used multiple times.
It is safe and clean with a washable filter, environmentally friendly because it is reusable, and has excellent cost performance due to its long life.
Carbon fiber high thermal conductivity sheet with heat resistance eliminated to the limit.
This is a thermal conductive sheet made by highly filling carbon fibers with high thermal conductivity, eliminating gaps between the fibers and thoroughly removing thermal resistance. As a result, it can quickly transfer heat from high-energy density heat-generating components to heat dissipation parts, facilitating cooling. It is used by placing it between heat-generating components and heat dissipation parts to enable rapid and efficient heat transfer and dissipation. 【Features】 ● By highly filling carbon fibers, the thermal conductivity in the thickness direction has been significantly improved. ● It quickly transfers heat from the heat-generating component to the heat sink, protecting the heat-generating component from heat. For example, when used with a computer CPU, it quickly transfers heat from the CPU to the CPU cooler, protecting the CPU from heat. By quickly transferring heat, it can also reduce the stress on the CPU. ● Compared to grease, it has less aging degradation and can maintain cooling performance for a long time. In the case of grease, reapplication is necessary after long-term use, but with this product, there is no need for reapplication, and handling is easy.
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to provide soundproofing, vibration damping, and vibration control effects.
With a thickness of just 0.3mm, it is extremely thin, so it doesn't take up space and doesn't interfere, making it easy to use. It also has weight, which allows it to suppress vibrations and resonance when applied.
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to have soundproofing, vibration-damping, and vibration-control effects.
With a thickness of 0.3mm, it is extremely thin, so it doesn't take up space and doesn't cause interference, making it easy to use. It also has weight, which allows it to suppress vibrations and resonance when applied.
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to provide soundproofing, vibration damping, and vibration control effects.
With a thickness of 0.3mm, it is extremely thin, so it doesn't take up space and doesn't cause interference, making it easy to use. It also has weight, which allows it to suppress vibrations and resonance when applied.
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to provide soundproofing, vibration damping, and vibration control effects.
With a thickness of 0.3mm, it is extremely thin, so it doesn't take up space and doesn't cause interference, making it easy to use. It also has weight, so by adhering it, you can suppress vibrations and resonance.
It boasts a high thermal conductivity of 90 W/m·K, comparable to metals, with excellent heat dissipation. By using graphite fillers, it demonstrates superior thermal conductivity characteristics compared to silicone sheets.
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
It is used by placing it between various heat-generating components/VRM, etc., and heat dissipation bodies (such as heat sinks). Since it is made of a soft material, it fills in the gaps of fine irregularities.
●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.
It will be attached to the heated area to facilitate heat diffusion and heat dissipation. The thermal conductivity is 1500 to 1800 W/m·K in the plane direction.
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.
It is attached to the heated area to facilitate heat diffusion and heat dissipation. The thermal conductivity is 1500 to 1800 W/m·K in the plane direction.
Graphene is a material in which carbon atoms are bonded 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 addressing heat spots. - Graphite powder does not fall off. - It has high stability with no aging changes. - It can be easily cut and trimmed.
