Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 06, 2025～Sep 02, 2025
This ranking is based on the number of page views on our site.
1231～1245 item / All 2698 items
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to have soundproofing, vibration-proofing, and damping effects.
With a thickness of 0.3mm, it is extremely thin, so it doesn't take up space and does not 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 interfere, making it easy to use. It also has weight, so by applying it, you can suppress vibrations and resonance.
A super-thin pure lead sheet with a thickness of 0.3mm. It is expected to have soundproofing, vibration-damping, and vibration-control effects.
It is extremely thin at 0.3mm, so it doesn't take up space and doesn't cause interference, making it user-friendly and easy to use. It also has weight, which allows it to suppress vibrations and resonance when applied.
This is a heat-dissipating electromagnetic wave noise absorption sheet that maintains the thermal conductivity and flexibility of heat-dissipating sheets while possessing excellent electromagnetic wave absorption properties.
Heat management and electromagnetic wave protection within 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. By simply applying it to the source of noise, noise mitigation is possible. This single sheet addresses both electromagnetic wave noise generation and heat issues within electronic devices.
This is a heat-dissipating electromagnetic wave noise-absorbing sheet that maintains the thermal conductivity and flexibility of heat-dissipating sheets while possessing excellent electromagnetic wave absorption properties.
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. By simply applying it to the source of noise, noise countermeasures can be implemented. This single sheet addresses both electromagnetic wave noise generation and heat issues within electronic devices.
This is a heat-dissipating electromagnetic wave noise-absorbing sheet that maintains the thermal conductivity and flexibility of heat-dissipating sheets while possessing excellent electromagnetic wave absorption properties.
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.
This is a heat-dissipating electromagnetic wave noise-absorbing sheet that maintains the thermal conductivity and flexibility of heat-dissipating sheets while also possessing excellent electromagnetic wave absorption properties.
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.
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 the gaps of fine unevenness 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 exhibits thermal conductivity characteristics more than 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 product. ● Made in Japan.
It is used by placing it between various heat-generating components, such as VRMs, and heat dissipation bodies (like heat sinks). Since it is made of a soft material, it fills in the gaps of fine irregularities.
●It can efficiently transmit 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 involves sticking rather than applying, making the task easier. ●It is compliant with RoHS standards.
The thermal conductivity is high at 1500 W/m·K, allowing for efficient heat conduction and heat transfer in the surface direction.
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 1500W/m·K in the plane direction and 5W/m·K in the thickness direction. ● It is bendable, flexible, ultra-thin, and provides high EMI shielding effectiveness, 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.
It is applied 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 stretched (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 also has high shielding properties. - 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 perform 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 (not tearing) 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 applied to one side of copper foil. - It is a composite material that combines the heat retention 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 also has high shielding properties. - 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.
By simply sticking it to the source of electromagnetic waves and noise, you can counteract electromagnetic waves and noise.
This is an electromagnetic wave and noise absorption sheet with a thickness of 0.1mm. It has noise suppression effects in the low frequency range. Due to the function of the magnetic metal powder mixed in the sheet, the energy of the absorbed noise is converted into heat (the heat is so minimal that it cannot be felt). 【Features】 ● It has noise suppression effects in the low frequency range. ● It comes with adhesive tape, making installation easy. ● It is flexible, allowing for easy punching and free processing. ● The frequency characteristics are assumed to range from 500MHz to 5GHz. ● It complies with the RoHS directive. ● It addresses noise issues caused by the high-density mounting of circuit boards due to the miniaturization and high performance of mobile phones, digital cameras, and electronic devices. ● The sheet is made from a special synthetic material that mixes flame-retardant special rubber and magnetic metal powder. ● It is an electrical insulator, so there is no concern about leakage current.
An ultra-soft thermal conduction sheet that achieves excellent thermal conductivity. It fills the gaps of fine unevenness and efficiently conducts heat.
It is used by placing it between the heat-generating components (such as CPU, GPU, etc.) and the heat-dissipating components (such as heat sinks). It is the optimal size for a computer's CPU. 【Features】 ● It efficiently transmits heat, demonstrating high heat dissipation performance. ● It has excellent insulation properties and is a flexible thermal conductive material. ● Being a soft material, it adheres closely to uneven surfaces, preventing the formation of air layers. ● Unlike thermal grease, it is a matter of sticking rather than applying, making the process easy. ● 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 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.
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 the heating component and the heat dissipation component, efficiently conducting heat from the heating component to the heat dissipation component. 【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.
