dimensional spirally wound structures of cylindrical cells . To understand the mechanisms and interactions between local electrochemical reactions and macroscopic heat and electron transfers. To develop a tool and methodology to support macroscopic designs of cylindrical Li -Ion battery cells.
Spiral Wound Cylindrical Heat Exchange_Lord Fin TubeSpiral Wound Cylindrical Heat Exchange covers Helical Coil Tube Type Heat Exchanger with detachable tubes and shells, fixed tube plates, plug-in spiral baffle plates.
Spiral Wound Tube Heat Exchanger make new inovation on Tube Side. By development of Spiral Wound Tube bundle, which could create strong turlulent flow in tube side. It greatly improves the efficiency of thermal transfer, 3~7 times higher than conventional Tube and Shell Heat Exchanger. The Max. heat transfer coefficient could reach 14000W/.
Spiral Wound Tube Heat Exchanger, shell and tube heat Spiral Wound Tube Heat Exchanger make new inovation on Tube Side. By development of Spiral Wound Tube bundle, which could create strong turlulent flow in tube side. It greatly improves the efficiency of thermal transfer, 3~7 times higher than conventional Tube and Shell Heat Exchanger. The Max. heat
Introduction
Spiral Wound Cylindrical Heat Exchange_Lord Fin TubeThe spiral wound cylindrical structure completely eliminates the pull-off force between the heat transfer tubes and the tube plates, greatly extending the products lifespan. For an equivalent heat exchange, its around 1/10 of the size of a conventional one, saving valuable space.
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