Printed circuit heat exchangers (PCHE) are a new generation of heat exchange equipment. With advantages such as dense microchannels, high heat exchange efficiency, compact structure, and resistance to high pressure and high temperature, they are widely used in fine chemicals, energy equipment, hydrogen equipment, semiconductor temperature control, special refrigeration, and other fields, and represent the mainstream development direction of the precision heat exchange industry.

Chuokuang Technology has mature R&D and manufacturing experience in PCHE heat exchangers. Relying on independent precision machining processes and core vacuum diffusion bonding technology, it can achieve integrated forming of multi-layer plates. Compared with traditional welding processes, PCHE products processed by vacuum diffusion bonding have no weld seams and no leakage risks, with high plate bonding strength and a uniform and stable overall structure, suitable for complex operating conditions such as high-low temperature cycling and high-pressure impact.

In terms of product customization, Chuokuang Technology can customize different flow channel structures, flow channel densities, and plate thicknesses based on customers' heat exchange power, medium characteristics, pressure ratings, and dimensional constraints. At the same time, it optimizes flow channel design through fluid simulation to reduce fluid resistance and improve overall heat exchange efficiency, effectively solving problems such as large volume, uneven heat exchange, and poor pressure resistance of traditional heat exchangers.

The company can provide a full set of customized services, including solution design, simulation analysis, process trial production, performance testing, mass production, and technical follow-up. It can meet different needs such as scientific research trial production, small-batch customization, and industrial batch supporting, providing stable, reliable, and highly adaptable precision heat exchange solutions for customers across various industries.