Follow the customer and get the industry leading again—— Assist customers to develop the world's first high-power wireless charging engineering plastic cooling excitation line tray for automobiles
Release time：2021/08/27 Publisher：
BOSOM new materials after nearly a decade of efforts In the research and development of thermal conductive composite materials to overcome difficulties, repeated research, as well as building capacity in molding and structural design, at the invitation of the first company to develop wireless charging technology for automobiles, under the guidance of the customer's wireless charging experts, successfully assisted in the development of the world's first 11KW high-power wireless charging engineering plastic cooling excitation line tray for automobiles（365mm*365mm*30mm）.
BOSOM's young engineers, who are deeply engaged in each subdivision module, are eager to meet customers' needs, assist customers in exploring product application scenarios, preparing the high performance insulation and heat conduction engineering plastics which are highly suitable for the parts around the clock. This is the first time that thermal engineering plastics have been used in this field.
Combined with material properties, we use Modflow, ANSYS and other structural analysis software. Combined with multi-point balance casting, mirror discharge, auxiliary ejection and other forming technology, successfully assisted the customer to develop high power wireless charging engineering plastic cooling excitation coil tray for automobile.
Since the establishment of the company, even though the capital is tight, we still firmly invested in verification equipment, Test and verify the key properties of the parts, such as cold and hot shock, flying stone and three comprehensive vibration, test and assist customers to obtain the best solution in the first place.
High power wireless charging engineering plastic cooling excitation coil tray for automobile, as a key carrier for wireless transmission of excitation coils, accelerate the heat dissipation of the excitation coil, it accelerates the heat dissipation of the excitation coil and equalizes the temperature difference at each point of the coil, which also improves the transmission efficiency. In addition, it is required to have no interference with electromagnetic transmission and conversion, engineering plastics are not only required to be flame retardant, but also to ensure electrical insulation, resistance to gravel impact, impact resistance to ice water and other properties.