[Spiral Wound Tube Heat Exchanger] is a heat exchange device formed by layer-by-layer winding of heat exchange tubes. It utilizes counterflow design and includes various types such as single-flow, double-flow, and multi-flow heat exchangers.
Structural Features
Compact and efficient: Its compact design provides an exceptionally high heat exchange area per unit volume, effectively saving installation space and meeting strict space requirements for equipment across diverse operating conditions.
Unique structure: Its unique reverse-wound and spiral-rising coil structure significantly increases heat exchange tube length, providing ample pathways for efficient heat transfer. Additionally, this structure alters fluid flow patterns, creating strong turbulence within the shell and enhancing heat exchange efficiency.
Technical Advantages
Self-compensating design: Heat exchange tubes feature self-compensating expansion, effectively alleviating thermal stress during temperature fluctuations and minimizing the risk of equipment damage from thermal expansion and contraction.
Easy to manufacture: This design characteristic makes the equipment amenable to mass production, thereby reducing equipment count and lowering production and maintenance costs.
Application
With its outstanding performance, [Spiral Wound Tube Heat Exchanger] has been widely used in industries such as petrochemical industry, refrigeration industry, natural gas liquefaction, and new energy, delivering reliable solutions for diverse complex heat exchange requirements.
Technical team
Since its establishment, Suzhou Ukada Energy Saving Technology Co., Ltd. has a strong technical team. The general engineer of its research and development center has specialized in the design and manufacturing of spiral-plate heat exchangers since 1982 and has served as the general engineer at ofuhua Machinery. He boasts rich research and technical experience, having successfully completed R&D projects for spiral-plate heat exchangers in several national key projects-such as satellites, submarines, and nuclear power plants-and participated in drafting the national energy industry standard for spiral-plate heat exchangers that was implemented in 2016. He currently serves as the chief general engineer of Suzhou Ukada.
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