Microchannel Heat Exchanger

Technical Principles

The High-Pressure Fluid Plate-type Electric Heater is a high-efficiency device designed for the heating and thermal insulation of flowing liquid and gaseous media(). Adopting a modular design concept, the system allows for flexible configurations in series or parallel to expand its range of applications.
By achieving over a 90% reduction in size and weight compared to conventional shell-and-tube electric heaters, this technology enables enterprises to meet process performance requirements while significantly optimizing capital expenditure (CAPEX).

Performance Advantages

Instant Thermal Response: The laminar plate design separates heating elements from the process medium by only a millimeter of high-thermal-conductivity insulation, resulting in minimal heat loss and exceptionally fast temperature response.

Elimination of Temperature Stratification: The stacked configuration of medium and heating layers eliminates the temperature stratification commonly found in conventional electric heaters, ensuring uniform fluid heating.

Advanced Safety Compliance: Rated for explosion protection at the Ex db II C T1...T6 Gb level, ensuring safe operation in volatile environments.

Simplified Installation: The reduced medium volume means the product often no longer classifies as a pressure vessel, significantly simplifying installation and regulatory procedures.

High-Performance Specifications: Capable of handling design pressures up to 80 MPa and temperatures up to 800°C, providing reliable performance for the most challenging high-pressure fluid tasks.

Series of Products

Plate Heat Exchanger

Microchannel Heat Exchanger

Microchannel Heat Exchanger

Technical Principles

Performance Advantages

Typical Applications

30 years of thermal excellence for global energy and process industries