Building on mature processes and a standardized design philosophy, we have launched a series of commercial, standardized micro-channel plate heat exchangers that offer both high reliability and rapid delivery. This product line continues to utilize diffusion-bonding core technology and enables mass production through standardized flow-path configurations and plate specifications. While maintaining the characteristics of all-metal solid-state metallurgical bonding, it significantly shortens procurement lead times.

All standardized products undergo rigorous pressure testing and helium mass-spectrometry leak detection prior to shipment, ensuring compliance with relevant ASME BPVC standards.

Typical applications for this product line include temperature-control systems, electronic equipment cooling, process-fluid thermal regulation, and thermal management for experimental devices.

Adopting a compact modular design, the product’s heat transfer area per unit volume reaches 3-5 times that of traditional heat exchangers, making it particularly suitable for the installation needs of integrated equipment in space-constrained environments. On the basis of maintaining the uniform liquid distribution characteristics of the microchannel structure, the optimal balance between pressure drop and heat transfer efficiency is achieved through the optimization of standardized flow channels.

The standardized series covers a variety of specifications and models, capable of meeting the basic operating condition requirements of a working temperature range from -80℃ to 550℃ and a pressure rating of up to 20MPa. Main materials include conventional corrosion-resistant options such as 316L stainless steel, Hastelloy, and titanium alloy, suitable for heat exchange of common media such as water, oil, air, and organic working fluids.