Heating Conductive Pad

Product Description

Heating Conductive Pad is a high-efficiency material designed for heat conduction and heating applications. It is usually composed of thermally conductive silicone and thermally conductive fillers, and can maintain good thermal conductivity in high temperature environments. Its structure includes high thermal conductivity fillers such as aluminum nitride, aluminum oxide, etc., which can transfer heat from the heat source to the radiator or other heat transfer system in a short time. The material has high thermal stability and mechanical strength, and can withstand long-term heating and high temperature conditions without performance degradation. The main function of the Heating Conductive Pad is to improve thermal management efficiency by evenly distributing heat. It is widely used in electronic equipment and systems that require heating or heat conduction. Its parameters such as thickness and thermal conductivity can be adjusted according to actual needs to ensure the application effect in different working environments. This product is particularly suitable for battery heating, electronic component heat dissipation, LED lighting and other fields.

Features

Strong electrical insulation
The material has a volume resistivity of 1.0×10¹² Ω·cm, showing excellent electrical insulation performance. Electrical insulation is an important indicator for measuring the material's ability to isolate current and prevent short circuits. A higher volume resistivity indicates that the thermal pad can effectively prevent current leakage and electrical interference. This feature enables the Heating Conductive Pad to work stably in a high voltage environment and is widely used in electronic devices that require high electrical isolation, such as battery management systems, power supply devices, etc. Excellent electrical isolation capabilities not only improve the reliability of the equipment, but also ensure the safety of the equipment during use.

Excellent mechanical strength
The Heating Conductive Pad has excellent tensile strength and can withstand large mechanical pressure without cracking or deformation. Its hardness ranges from 30~70 Shore C, ensuring sufficient durability in various use environments. The moderate hardness allows the material to provide good mechanical support while maintaining appropriate flexibility to adapt to contact surfaces of different sizes and shapes. This feature enables the thermal pad to be used in electronic devices for a long time, avoiding material damage caused by external forces or equipment vibration, and ensuring its stability and reliability during equipment assembly.

Excellent flame retardant performance
The Heating Conductive Pad has passed the UL 94 V-0 flame retardant test and is self-extinguishing. When the material is exposed to a fire source, it can quickly extinguish the flame to prevent the flame from spreading. The flame retardant performance of this thermal conductive pad can effectively reduce the risk of fire, and is particularly suitable for electronic equipment fields with high safety requirements, such as automotive electronics, power systems, and high-end home appliances. In these devices, flame retardancy is a key factor in preventing the spread of fire, reducing equipment damage, and protecting personnel safety.

Adjustable thickness to adapt to different needs
The thickness of the thermal conductive pad can be adjusted according to needs, ranging from 0.5 mm to 20.0 mm. Different thicknesses are suitable for different types of electronic equipment and heat dissipation needs. In some high-density packaged devices, thin thermal conductive pads can better adapt to small gaps and provide good thermal conductivity; while in devices that require larger thermal interface filling, thicker thermal conductive pads can effectively improve poor contact problems and ensure the stability of heat conduction. Its flexible thickness selection allows the Heating Conductive Pad to be widely used in various devices, such as computers, industrial equipment, communication equipment, etc.

1. Manufactured from premium silicone material, this product meets rigorous standards for quality and safety, making it an ideal choice for users.
2. Our pads offer exceptional thermal conductivity for quick heat transfer, lowering component temperatures and improving efficiency.
3. Designed to withstand extreme conditions without losing performance.
4. Maintains excellent thermal conductivity under varying pressure conditions.
5. This product offers various color options, including blue, pink, white, gray, and blue customized, allowing users to choose the perfect fit for their specific needs.

Our company collaborates with both the Institute of Chemistry, Chinese Academy of Sciences and the College of Materials Science and Engineering, Xiamen University, jointly establishing an industry-academia-research platform. It also recruits Ph.D. and graduate students from the two research institutes as key technical personnel for the R&D team.
JOINY has obtained multiple certifications and quality systems, adhering to corporate social responsibility standards such as BSCI, and quality management systems including IATF 16949, ISO 9001:2015, and ISO 14001. We are committed to green products that comply with ROHS, REACH, and UL certification standards,We pride ourselves on our forward-looking culture, focusing on new energy, 5G, electric vehicles and other emerging technologies, while building long-term, prosperous relationships with our partners,such as such as Microsoft, Amazon, Huawei, OPPO, Xiaomi, VIVO, Ford, FLYPRO, Tianma Microelectronics, CoolIt, CATL and so on.

Packaging of thermal gap pad/ conductive pad / thermal interface pad Carton boxes size: 270mm(L)*170mm(W)*40mm(H)
Packaging Details: The normal package is carton box, if export quantities are too much, we will put the carton boxes on the planker, and then pack the whole planker up to transport. Port: Xiamen or Guanghzhou

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