Spiral wound heat exchanger from China, Spiral wound heat exchanger Manufacturer & Supplier - Shanghai Jiangxing Chemical Equipment Co., Ltd.

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Spiral Wound Heat Exchanger

The Spiral Wound Heat Exchanger is a highly efficient and energy-saving heat transfer device. Leveraging its unique helical wound tube structure, it demonstrates significant advantages in terms of heat transfer efficiency, space utilization, and anti-fouling capabilities. Widely used in industries such as petrochemicals, new energy, pharmaceuticals, food processing, and HVAC, it serves as core equipment for achieving high-efficiency energy recovery and rational utilization.

Core Advantages: High-Efficiency Heat Transfer, Stability, and Reliability

High Heat Transfer Efficiency:
The spiral wound tube features a tightly wound helical structure that significantly increases the heat transfer area. Simultaneously, the fluid forms a strong turbulent state within the tubes and the shell side, breaking the laminar flow boundary layer and significantly enhancing the heat transfer coefficient. Compared to traditional shell and tube heat exchangers, the heat transfer efficiency is improved by 30% to 50%, effectively reducing equipment volume and saving installation space.
Excellent Anti-Fouling Capability:
The turbulent flow state enhances the scouring effect of the fluid on the tube walls, reducing the deposition of fouling on the heat transfer surfaces. The helical structure design ensures more uniform fluid distribution, avoiding local dead zones and lowering the risk of clogging. This extends the equipment operation cycle and reduces cleaning and maintenance costs.
Stable Operation & Wide Adaptability:
The equipment features a compact overall structure with high rigidity and excellent anti-vibration performance. It is adaptable to various medium types (including corrosive and high-viscosity media). With a wide operating temperature range (-50°C to 400°C) and the ability to withstand pressures above 10 MPa, it can meet heat transfer requirements under diverse working conditions.
Significant Energy Conservation:
High heat transfer efficiency greatly improves energy recovery rates, effectively reducing system energy loss. Furthermore, the equipment operates with low resistance and low power consumption, enabling enterprises to achieve significant savings in operational costs over the long term.

Product Structure: Scientific Design, Craftsmanship Manufacturing

Spiral Wound Heat Exchanger

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