Equipment Thermal Management Components – Application of Large-Cross-Section Multi-Channel Folded On
Information summary：Large-cross-section multi-channel folded tube is an integrally formed fluid transport pipe developed for various equipment thermal management scenarios. Multiple independent channels are arranged inside a single tube to deliver different media simultaneously and reduce the number of fittings during pipeline layout. Manufactured by fold forming technology, the integrated structure cuts pipeline con
Large-cross-section multi-channel folded tube is an integrally formed fluid transport pipe developed for various equipment thermal management scenarios. Multiple independent channels are arranged inside a single tube to deliver different media simultaneously and reduce the number of fittings during pipeline layout. Manufactured by fold forming technology, the integrated structure cuts pipeline connection points and lowers the use of connectors in assembly, suiting compact installation spaces inside equipment.
Traditional multi-medium transport solutions require parallel arrangement of multiple separate pipes. Intertwined pipelines occupy more internal space and increase assembly procedures. The large-cross-section multi-channel folded tube integrates multiple flow channels within one pipe. Media flow in their respective isolated passages without cross-mixing. The cross-sectional dimension of the tube can be adjusted according to medium flow requirements, and the number of channels as well as the internal volume of each channel can be customized to match different heat exchange circuit designs.
The fold forming process endows the tube with certain deformability. During equipment assembly, the tube can be routed along pre-defined bending paths to bypass other internal components, enabling pipeline arrangement within confined cavities. The tube maintains stable structural strength; the inner walls of flow channels will not suffer obvious compression deformation after bending, keeping the passages unobstructed for continuous medium delivery during equipment operation.
The base material of the tube features physical and chemical properties tailored to thermal management working conditions. It can retain its structural shape under temperature fluctuations during medium transport and mitigate pipeline issues caused by deformation. The inner surfaces of flow channels are smoothed to control flow resistance and reduce energy loss during delivery, supporting long-duration continuous equipment operation.
This pipe can be applied to various equipment requiring multiple heat exchange circuits. In equipment assembly, one single tube replaces several separate pipelines, simplifying assembly workflows and cutting installation man-hours. Standardized connection structures are reserved at both ends of the tube for direct coupling with equipment interface parts, eliminating extra machining steps and facilitating mass assembly.
Custom fabrication is available for the tube outline, channel layout and bending positions to meet design requirements of different projects. Forming is carried out in accordance with equipment drawing parameters, together with pre-processing operations such as cutting and interface finishing. Once delivered to the production site, the tube can go straight into equipment assembly.
For equipment maintenance, the integrated pipeline structure reduces connection points and eases subsequent maintenance work. As a continuously formed component, the tube is easy to disassemble and reinstall. Pipeline removal and reset can be completed rapidly during equipment inspection, satisfying regular maintenance needs. With its integrated design, the large-cross-section multi-channel folded tube offers a new option for thermal management pipeline design and fits a wide range of equipment scenarios with simultaneous delivery of multiple heat exchange media.
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