Specializing in the research and development, production, and sales of electronic thermal conductive materials. The product categories cover electronic thermal conductive materials, such as silicone tape, silicone cap covers, silicone hoses, die-cutting and other electronic thermal conductive, heat dissipation, insulation materials, etc., all of which can be independently produced.
We have a luxurious research team and multiple R&D laboratories dedicated to in-depth exploration and research in the field of polymer materials. High cost-effective special supply materials can be customized and developed according to the actual application needs of customers.
We have a complete quality supervision and management process from incoming materials to production and shipment, forming a closed-loop traceable quality supervision. Passed the ISO9001:2008 quality management system, complies with ROHS standards, and obtained UL94-VO safety system certification.
24-hour timely response, providing you with technical guidance services for the application of thermal conductive materials. We promise to strive for excellence and meet customer needs with high-quality products and services! Professional technicians provide one-on-one online services.
Against the backdrop of the increasingly prominent global energy crisis and environmental pollution issues, new energy vehicles, as a green and environmentally friendly means of transportation, are gradually receiving widespread attention and support from all sectors of society. With the continuous advancement of technology and the deepening of applications, new energy vehicles have made significant progress in terms of power performance, range, and intelligence level. However, the heat dissipation problem of the electronic control system of new energy vehicles has become an important bottleneck affecting their performance and reliability. Thermal conductive silicone film, as a new type of heat dissipation material, has become an effective way to solve this problem due to its excellent thermal conductivity and flexible application methods.
With the vigorous development of the fifth generation mobile communication technology (5G), we are entering a new era of faster data transmission speed, wider connections, and lower latency. However, with these technological leaps comes unprecedented thermal management challenges. The high-density integration, high power output, and continuous operation requirements of 5G devices have generated much more heat than before, which poses a severe challenge to the reliability and performance of the equipment. It is in this context that high-performance thermal management materials have become an indispensable key element in the 5G era. This article will delve into the importance of thermal management materials in 5G applications, analyze their technological advantages, and provide guidance for users when selecting.
In the rapid development of modern technology, graphics processing units (GPUs), as one of the core components of computer hardware, have had a profound impact on gaming experience, professional graphics design, artificial intelligence, and other fields due to their continuous improvement in performance. However, with the enhancement of GPU processing power, the heat generated during its operation is also increasing, which not only affects the stability of the device, but may also limit further performance. Therefore, an efficient heat dissipation solution has become the key to ensuring the stable operation of the GPU. Among various heat dissipation technologies, thermal conductive silicon film plays an indispensable role in GPU heat dissipation as an efficient and flexible thermal management material.
In the field of modern energy storage, the rapid development of battery technology provides powerful power support for renewable energy systems, electric vehicles, and smart grids. However, as the energy density of energy storage battery packs continues to increase, heat dissipation has become a key challenge. If the heat dissipation is improper and the internal temperature of the battery pack is too high, it will not only reduce the efficiency of the system, but also significantly shorten the battery life, and even cause safety issues. To address this issue, thermal conductive silicon film, as an efficient thermal management material, is gradually being widely used in energy storage battery packs.
Although the surface of metal objects appears smooth and flawless, and the manufacturing process requires high standards, the contact surface between the LED aluminum substrate and the heat sink is still difficult to achieve high standards of flatness and smoothness. If the LED aluminum substrate is directly installed on the heat sink, there are often small gaps between their surfaces. These gaps not only reduce the contact area, but more importantly, they trap a small amount of air. As a poor conductor of heat, air can seriously hinder the transmission path of heat flow, thereby greatly weakening the heat dissipation effect. To address this issue, we have introduced the solution of thermal conductive silicone sheets. Thermal conductive silicone sheets, with their softness, high thermal conductivity, and insulation properties, can form a "bridge" between LED aluminum substrates and heat sinks.
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