In electronic product design, "hotspot" refers to the phenomenon where the local temperature on the surface of a chip or component is much higher than the surrounding area. These hotspots are not only "killers" of performance, but also "invisible disruptors" of reliability. Due to its unique physical properties, heat dissipating graphite sheets have become an ideal choice for solving hot issues.

You can see carbon fiber is changing cars for the better. It helps the car industry fight pollution. If you pick DASEN’s carbon fiber, your car gets lighter and stronger. This helps lower pollution and saves gas. The table below shows how carbon fiber helps:BenefitImpactWeight Reduction and Fuel Eco

You see high thermal conductivity in graphite because of its special crystal structure and anisotropic science properties. The layers of carbon atoms in graphite help thermal science energy move quickly and easily. This makes graphite a great choice for thermal management in many areas. The science

You can imagine carbon fiber durability as a strong net. It stays tough even when used a lot. This material fights stress and tiredness because its fibers and resin help each other. That makes it hard to break and helps it last a long time. DASEN uses new technology to make carbon fiber products str

In the rapidly evolving electronics industry, effective thermal management has become a critical factor in ensuring device performance, reliability, and longevity. Dasen's R&D team conducted comprehensive 30-minute temperature rise tests and thermal conductivity analysis to evaluate two advanced thermal management solutions: the DSN5017 graphite composite with 50μm copper foil and the DSN5070 graphite sheet.