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1. Dymotex? waterproof technology is not a simple function stacking, but a fusion innovation based on bionics, nanomaterials and energy medicine. Nano-scale reverse osmosis molecules fuse with fabric to form a reverse osmosis layer, so as to prevent water molecules from entering, and at the same time, air can freely penetrate the fabric, achieving a perfect balance between waterproof and breathable.

2.Dymotex? waterproof technology can achieve natural ventilation in the wearing state, that is, low-pressure ventilation. At present, the mainstream waterproof and breathable membranes on the market are basically microporous membranes (such as PTFE), which rely on air pressure to open the pores, requiring higher pressure (1–10 kPa). All the breathability needs a certain high pressure to produce breathability, while Dymotex?? can breathe as low as 0.6kPa. Mesh sports shoes produced by Dymotex? technology can discharge sweat, gas and so on from the skin of feet in time through fabric gaps, and keep the space inside the shoes dry.

3. Dymotex? waterproof technology combines reverse osmosis molecules with fabric, and at the same time, it also adds millions of nano-silver biocarbon coatings to block antibacterial, antibacterial and antiviral technologies to inhibit the growth of germs, maintain the foot temperature by far infrared, deodorize and remove mites, and maintain the hygiene inside shoes, so as to achieve antibacterial, deodorizing, acaricidal, antiviral, far infrared and mildew-proof effects.

The shoes we wear can only make our feet comfortable if they are breathable. The vast majority of waterproof shoes on the market can only give up air permeability in order to ensure waterproof performance. The decrease of air permeability will make the feet feel bored, sweaty and uncomfortable, and wearing them for a long time will cause health problems such as foot odor and beriberi. Dymotex? maintains a perfect balance between waterproof and breathable. The higher the number of dynamic waterproof times, the better the waterproof performance. At present, the general standard is that the number of dynamic waterproof times is ≥ 15,000 times. The higher the MVP value, the better the air permeability and moisture permeability. At present, most waterproof shoes do not have air permeability, and some high-end waterproof shoes have certain air permeability, but the MVP value rarely exceeds 2.0.