TLS-type copper tube finned plate heat exchangers feature mechanical expansion and double-curved wave fin structure. The mechanical expansion ensures tight contact between the copper tube and aluminum fins, while the curved wave design promotes fluid shear, disrupts the boundary layer, and enhances heat transfer coefficients. The structural design, combined with proper water passage, tube spacing, and fin spacing, results in excellent heat transfer performance, low air resistance, compact structure, and light weight. Suitable for air conditioning, cooling, dehumidification, and heating applications, it is an ideal matching product for new air handling units and air processing units. It can also be connected to ducts for use as a chilled water or heating unit, or used independently. Copper tube welding is done using low-temperature rapid brazing, ensuring a pressure resistance of >1.2 Mpa.

Thin-walled copper tubes and bridge-type double-rolled aluminum fin rib胀管 structures make TL-S an advanced heat exchange product.

The bridge-type slitted design maximizes the elimination of the air boundary layer, thereby achieving full heat exchange efficiency.

Versatile and robust frame structure for installation in various settings.

Variable spacing (2.5-6mm) to meet different operational requirements.

A comprehensive range of specifications and varieties to meet the needs of various working conditions and combinations.

Comprehensive test data indicates that the heat transfer coefficient and heat exchange efficiency, as well as the water-gas ratio, are superior to those of similar products, and provide the necessary data for design requirements.

Structural illustration:

Model Parameters List: