Spiral Wound Heat Exchanger

Superior Heat Transfer Efficiency & Optimized Space Utilization The core spiral wound tube utilizes a tightly wound layout, significantly expanding the effective heat transfer area. Furthermore, this structure induces strong turbulence in both the tube-side and shell-side fluids, efficiently breaking the laminar flow boundary layer and remarkably increasing the heat transfer coefficient. Compared to traditional shell and tube heat exchangers, its heat transfer efficiency is increased by 30%-50%. While meeting equivalent heat exchange requirements, the equipment volume is drastically reduced, effectively saving installation space and site occupation costs.

Excellent Anti-Fouling Capability & Controllable O&M Costs The intense turbulent flow enhances the scouring effect of the fluid on the tube walls, effectively reducing the adhesion and deposition of fouling on the heat transfer surfaces. Additionally, the spiral structure ensures more uniform fluid distribution, fundamentally avoiding the formation of local dead zones and significantly lowering the risk of clogging. This feature extends the continuous operation cycle of the equipment, reduces the frequency of cleaning and maintenance, and further lowers enterprise operational costs.

Stable & Reliable Operation with Wide Operating Condition Adaptability The equipment features an overall compact structural design with high rigidity and excellent vibration resistance. It can flexibly adapt to various medium types, including corrosive and high-viscosity media. With an operating temperature range from -50℃ to 400℃ and a working pressure capacity of over 10MPa, it can precisely match the complex heat transfer requirements of different industries.

Significant Energy Conservation & Substantial Long-Term Returns The high heat transfer efficiency greatly improves energy recovery rates and effectively reduces system energy loss. Simultaneously, the equipment operates with low resistance and low power consumption. Through long-term stable operation, it helps enterprises continuously compress operational costs, achieving a dual improvement in both economic and environmental benefits.

Petrochemical Industry Widely used in critical processes such as crude oil heating, product oil cooling, chemical reactor heat exchange, and solvent recovery. It easily adapts to harsh environments involving high temperatures, high pressures, and corrosive media, helping to improve production efficiency and process stability.

New Energy Industry Plays a core role in cooling systems for photovoltaic and wind power equipment, as well as in heat exchange processes for hydrogen energy production and energy storage systems. It provides reliable thermal management guarantees for the stable and efficient operation of new energy equipment.

Pharmaceutical & Food Industry Suitable for strict hygiene-critical processes such as pharmaceutical purification, fermentation heat exchange, food sterilization, and beverage cooling. The equipment materials meet sanitary grade standards with no sanitary dead corners, ensuring product safety compliance from the heat exchange stage.

HVAC & Civilian Sector Applicable in district heating, central air conditioning heat exchange systems, and civilian equipment like water heaters and heat pumps. It significantly improves energy utilization efficiency and reduces energy expenditure for heating and cooling.

Other Diverse Fields Also deeply adaptable to heat transfer processes in industries such as metallurgy, papermaking, and seawater desalination, providing solid heat exchange equipment support for various sectors to practice energy conservation and promote green production.