With the rise of AI and high-performance computing, GPU cooling is crucial for server stability. Thermal gel offers high conductivity, excellent gap-filling, and long-term reliability, effectively reducing junction temperature and thermal resistance. Widely used in AI training servers, data center GPU clusters, and edge computing devices, it enhances system efficiency and extends lifespan.

The performance and lifespan of LED lighting largely depend on effective heat dissipation. Thermal pads, with high conductivity, softness, and electrical insulation, help lower LED junction temperature, reduce light decay, and extend service life. Widely applied in bulbs, spotlights, street lights, and LED displays, they provide reliable thermal management and enhance product competitiveness.

Our self-developed next-gen high-thermal conductivity silicone sheets (Model: CP1500) are now in mass production. Boasting a thermal conductivity of 15.0W/(m・K), this product delivers 35% better heat dissipation than traditional options. It also endures extreme temperatures (-40℃ to 200℃), making it

During the manufacturing and assembly of electronic devices, thermal management remains a key concern for manufacturers. High temperatures can lead to device overheating, shortening device lifespan and reducing performance. While thermal grease is a common solution, it still has limitations such as

Densely deployed servers in data centers face severe heat dissipation challenges when running high-load tasks. Overheating can cause servers to throttle to prevent hardware damage and reduce efficiency; long-term high temperatures can accelerate equipment aging and increase the risk of failure and d

Revolutionize Your Thermal Management with Our Customizable Thermal Conductive Silicone SheetsIn the ever-evolving landscape of thermal management solutions, [Company Name] is proud to introduce our cutting-edge Thermal Conductive Silicone Sheets, a game-changer designed to meet the diverse needs of

Recently, ShenZhen DuBang Technology Co., Ltd has received great news. With its excellent product quality and efficient production capacity, it has successfully won the favor of German customers and won orders for more than 10,000 thermal conductive silicone sheets.

Unleash Optimal Thermal Performance with Thermal Potting CompoundsIn the high-stakes world of electronics, efficient heat management is crucial. Enter thermal potting compounds—a game-changer for electronic devices. These specialized materials, crafted from silicone, epoxy, or polyurethane, offer su

As an efficient thermal conductive material, thermal conductive gel plays a vital role in modern electronic devices. It improves the heat dissipation performance of the device, ensures the stable and reliable operation of the device, prolongs the life of the device, and reduces noise. With the continuous development of electronic devices, its application prospects will be broader. When using thermal conductive gel, we need to choose the right product according to specific needs to give full play to its heat dissipation advantages, so that electronic devices can run "calmly" with the help of thermal conductive gel, bringing more convenience to our life and work.

As electronic devices become increasingly sophisticated, heat dissipation is directly related to the stability and service life of the equipment. Thermally conductive silicone sheets play a pivotal role in this process, while non-silicon thermally conductive gaskets, as a rising star in thermal conductive materials, are gradually emerging. Today, let us take a deeper look at non-silicon thermally conductive gaskets.