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Chongqing Shuaihao Machinery Co., Ltd.

With sincere collaboration and a shared vision of mutual success, Chongqing Shuaihao Machinery Co., Ltd. is committed to advancing together with you, forging the future and turning dreams into reality.

+86 23 6810 3310

Address: No. 8, Mingchen Avenue, Banan District, Chongqing City

Email:shuaihao@shuaihaojx.cn

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Plate-type heat exchanger core

Plate‑and‑fin heat exchanger core: a copper‑tube‑in‑aluminum‑fin (or copper‑fin) heat exchanger core that employs advanced mechanical tube expansion and a bridge‑type, slit‑edge, double‑flanged aluminum fin structure. Mechanical expansion ensures tight contact between the copper tubes and the aluminum fins, while the bridge‑type slits promote turbulent flow, disrupt the boundary layer, and enhance the heat transfer coefficient. Coupled with an optimized design of water‑side flow paths, tube pitch, and fin spacing, this heat exchanger delivers excellent heat transfer performance, low air resistance, a compact footprint, and light weight. It is widely applicable in air‑conditioning, cooling, dehumidification, and heating systems, serving as an ideal matching component for fresh‑air handling units and air‑handling units, and can also be connected to ductwork for standalone cooling or heating applications.

Category:

Plate heat exchanger

Keywords: heat exchanger manufacturer, air cooler, compressor air cooler, chilled water air cooler, petrochemical air cooler


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Product Description

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   Plate-type heat exchanger core assembly: The copper‑tube‑and‑aluminum‑fin (copper‑fin) heat exchanger core employs an advanced mechanical expansion technique and a bridge‑type, slit‑edge, double‑flanged aluminum fin structure. Mechanical expansion ensures tight contact between the copper tubes and the aluminum fins, while the bridge‑type slits promote turbulent flow, disrupt the boundary layer, and enhance the heat transfer coefficient. Coupled with a well‑optimized design of water‑side flow paths, tube pitch, and fin pitch, this heat exchanger delivers excellent heat transfer performance, low air resistance, a compact footprint, and light weight. It is widely applicable in air‑conditioning, cooling, dehumidification, and heating systems, serving as an ideal matching component for fresh‑air handling units and air‑handling units, and can also be connected to ductwork for standalone cooling or heating operation.

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