EHM portable portable hydrogen water bottle factory direct supply for health

The design of EHM Ionizer portable hydrogen water bottle is a consequence of many combined parameters. Geometry, materials, surface area design, and air velocity are all seriously considered in enhancing the performance of the product. With a sturdy structure, it can bear the heavy load

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During the developing of EHM Ionizer portable hydrogen water bottle, several important factors are considered such as sink level requirements, component level requirements, system level requirements, and chassis level requirements, to achieve the optimized heat transfer effect. Made of heavy-duty PVC material, it has a high tearing strength

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EHM Ionizer portable hydrogen water bottle is an exclusively designed thermal solution for particular applications. By enlarging its heat radiating area or optimizing the materials in the circulation parts is often conducted to check its heat dissipation performance. It is a must-have for people's recreation projects

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In the designing stage of EHM Ionizer portable hydrogen water bottle, thermodynamics and the law of heat conduction theories are taken into consideration by the designers. It is not likely to fade even dipped into water for a long period

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EHM Ionizer portable hydrogen water bottle is completed after a series of the production processes, namely, mold extrusion, turning, milling, drilling, lathing, grinding, and wire cutting. It is not likely to fade even dipped into water for a long period

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The law of heat conduction theory has been adopted in the developing of EHM Ionizer portable hydrogen water bottle. It's specially made to allow the heat to be transferred from the higher temperature region to the lower temperature region. It is a must-have for people's recreation projects

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It features excellent thermal comfort. Its fabric entraps air in the loose fibrous assembly spaces and does not allow the heat of the inner layer to transmit to the outer layer. With UV coating on the surface, it is not affected by UV rays and sunlight

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