[Spiral Wound Pipe Heat Exchanger] is a heat exchange device formed by precise layer-by-layer winding of heat exchange tubes. It employs counterflow heat exchange and is available in three types: single-flow, double-flow, and multi-flow.
Structural Features
Space-saving design: This design features a compact structure with a high heat exchange area per unit volume, making it ideal for installation in space-constrained environments.
Innovative coil structure:
The unique reverse-wound and spiral-rising coil design extends heat exchange tube length, thereby ensuring efficient and thorough heat transfer.
This design significantly alters fluid dynamics, creating strong turbulence within the shell and significantly enhancing heat exchange performance.
Performance advantages
Self-compensating expansion: Heat exchange tubes feature self-compensating expansion, effectively reducing risks from thermal expansion and contraction.
Efficient production: These heat exchangers are easily mass-produced, reducing the amount of equipment needed and thereby lowering production and operational costs.
Application
With its outstanding performance, [Spiral Wound Pipe Heat Exchanger] has been widely used in many industries:
Petrochemical Industry
Heat exchangers are used in crude oil preheating and heat recovery in the fractionation towers during petroleum refining. In chemical synthesis reactions, they enable precise temperature control of reaction materials, ensuring stable reactions, improved product quality, and higher production efficiency.
Refrigeration Industry
Commonly used in large-scale cold storage facilities and commercial refrigeration systems, they facilitate efficient heat exchange between refrigerants and heat transfer fluids, reducing energy consumption, ensuring reliable cooling performance, and supporting food preservation and cold chain logistics.
Power Industry
In thermal power generation, they optimize processes like steam condensation and circulating water cooling to improve energy efficiency. In new energy power generation-such as solar thermal and geothermal-they meet heat conversion requirements under complex conditions, supporting stable clean energy output.
Natural Gas Processing and Liquefaction
In the natural gas liquefaction process, they rapidly and efficiently cool natural gas, improving liquefaction efficiency and reducing energy loss. In the natural gas purification process, they precisely control temperature to remove impurities and ensure the natural gas quality.
Company Advantages
The headquarters of Suzhou Ukada Energy-Saving Technology Co., Ltd. was established in July 2020, with a registered capital of 5 million yuan. The company's research and development center is located in Caohu Science and Technology Park, Caohu Street, Suzhou Cooperation Area. Committed to the research, design, and production of heat exchangers, its main products include spiral-plate, silicon carbide wound tube, shell-and-tube, and double-tubesheet heat exchangers. Its applications span diverse industries, including chemical industry, petroleum industry, pharmaceutical, metallurgy, coking, textile, papermaking, food, machinery, power, environmental protection, and HVAC (Heating, Ventilation, and Air Conditioning) energy saving.
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