With the continuous improvement of environmental awareness and the continuous progress of electric vehicle technology, the market prospects of electric vehicles are becoming increasingly broad. As the core component of electric vehicles, the market prospects of EV batteries are increasingly optimist
With the development of science and technology, the market has higher and higher requirements on the performance of UAV (Unmanned Aerial Vehicle), such as image transmission speed and clarity. However, as the volume of UAV should be as small as possible, it is increasingly difficult to design the cooling materials for its overall equipment.
Thermally conductive graphite sheet is a product made of natural graphite with good thermal conductivity. Sound is the main form of thermal conductivity of graphite. When this form of thermal conductivity changes, its thermal conductivity will change. The thermal conductivity, size, temperature, thickness and dispersion of graphite are all affected
Graphite sheets can be used as one material to produce the flexible printed battery. Graphite sheets are also flexible, lightweight, and thin, which makes them suitable for use in printed battery applications where space and weight are critical factors. Graphite sheets, as an important two-dimensional material, have broad application prospects. In the past decade, the application of graphite sheets will receive more attention and research in fields such as energy, environment, electronics, and materials.
Recently, Samsung officially announced the design story of Galaxy S22 series mobile phones. For the heat dissipation scheme, the HCD graphite heat sink of Desen is selected. Since Samsung adopted the graphite sheet program in 2014, Dasen has been one of the suppliers of Samsung's graphite sheet, providing Samsung with stable heat dissipation materi
Graphite sheet is a high-performance thermal and heat dissipation material that can help electronic products effectively dissipate heat, thereby improving the performance and service life of electronic products. Do you want to know how graphite sheets are applied on Samsung's GALAXYS24 Smart Phone?
There is an academic paper on the LETTER page of the world's earliest international scientific and technological journal ;NATURE;, called “An ultrafast rechargeable aluminium-ion battery”. In the academic paper, Dasen’s pyrolytic graphite sheet was used to make the electrochemical measurements. A Swagelok-type cell (1/2 in
Structure and heat dissipation of battery pack for electric vehicle
The battery diaphragm is mainly to separate the positive and negative plates of the battery in a narrow space to prevent the short circuit caused by the contact between the two poles, but it can ensure the free passage of ions in the electrolyte between the positive and negative poles.
Thermal solicone pad used for cooling power battery of new energy vehicle. The silicone thermal pad has good tear strength, which can ensure the friction resistance and tear resistance of the battery in the normal use of the car.
How to quickly select the superior thermal conductive silicone pad for new energy power vehicle battery pack? 1. Service life: 10 years; 2. Lightweight and low density; 3. with good reliability and stability; 4. Low hardness, good compressibility and high tensile strength.
Pyrolytic Graphite Sheet (PGS) can deliver the heat, which is generated by the CPU/Flash chip on Mi Phones’ mainboard PCB, evenly to the middle metal steel bracket and framework. Meanwhile the heat from the high heat-making CPU chip can be spread throughout the plane of graphite sheet rapidly. * The chip’s heat passed on the surface of the
Power battery is the ;heart; of new energy vehicles. The battery pack of new energy vehicle needs to work in harsh environment for a long time, which will shorten the service life of battery. The uneven distribution of temperature field in the battery box will cause the performance imbalance of each battery module. The thermal mon
As the graphene heat dissipation film with high thermal conductivity, it has certain advantages under certain application conditions.
Many processes in semiconductor manufacturing are carried out at very high temperatures and very corrosive environments, and the process must be operated in a high-temperature, clean and dust-free environment. High purity graphite has high temperature resistance, good electrical and thermal conducti
At present, the traditional heater represented by metal alloy wire is widely used in the oven industry. Although the production cost of this material is controllable and easy to obtain, it has long response time and slow temperature rise. As a new two-dimensional carbon material, graphite sheet has excellent electrical and thermal conductivity. It
Thermally conductive graphite sheet is a very popular heat dissipation material widely used in electronic products. Graphite chemical composition of carbon elements, stable molecular structure, strong thermal conductivity, thermal conductive graphite sheet also has a strong thermal and electrical conductivity. The thermal conductivity of graphite s
With the rapid development of science and technology, the traditional gas stove that needs to be heated by open fire is no longer needed. In order to pursue a higher quality of life, people have adopted the electromagnetic stove that has the characteristics of no open fire, no exhaust gas emission, no noise and greatly reducing the greenhouse effec
With the continuous development of technology, the performance of tablet computers has become increasingly powerful. For the convenience of carrying and using, tablet computers are becoming thinner and thinner, so the internal space of the tablet computer is extremely small, and heat is easily accumulated on the heat source chip and battery, which
Graphite sheets are new type of thermally conductive heat dissipation material. The unique grain orientation and plate structure of the product allows the product to conform closely to different contact surfaces, thus maximizing the heat transfer function. It conducts heat evenly in both directions, and the lamellar structure adapts well to any sur
