Hydrogen Energy Stack Box

Tinheo Molding is a one-stop solution for customization, CNC processing and friction welding with 20 years of experience, empowering and accelerating the research and development of new energy vehicle battery control boxes.

Nearly 10,000 square meters of production base, more than 50 CNC equipment, several four-axis and five-axis processing equipment, advanced testing equipment, a complete quality inspection system, experienced industrial design experts, a professional technical service team, and nearly a hundred people engaged in rapid Engineering technicians and sales personnel with many years of experience in the molding industry will protect your products.

The hydrogen energy stack box is the place where electrochemical reactions occur and is the core part of the fuel cell system (or fuel cell engine). The accuracy, air tightness, parallelism, roughness and relative position of the threaded holes of the hydrogen energy stack box shell will affect the performance of the stack. Dongguan Tianhong has rich practical experience in the processing and customization of hydrogen energy stack box shells. Experience, sophisticated high-precision CNC equipment and friction stir welding equipment. The company has 100 CNC machining centers over 1 meter, including horizontal CNC machining equipment (specialized in 6-sided box customization, with a maximum stroke of 1500*700*800mm), to quickly provide customers with hydrogen energy stack box shell processing custom made. At the same time, we also introduced advanced foreign precision testing equipment: 3-dimensional, 2.5-dimensional, air tightness detectors and other complete sets of precision testing equipment to provide guarantee for the quality of the hydrogen energy stack box casing.

Regardless of flatness, smoothness, roughness, tolerance, accuracy of tapping depth, relative position of threaded holes, and air tightness, it can meet the needs of users. We are your preferred hydrogen energy stack box shell customization manufacturer.

1. The shell material should have low density, high strength, and be easy to be machined and formed.
2. It is necessary to consider the short circuit protection of internal contacts and stacks.
3. It has certain external waterproof ability.
4. It has certain acid and alkali corrosion resistance, and has certain high and low temperature durability.