Fluorescent fabric is water repellent, waterproof, moisture permeable, breathable and windproof
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fluorescent fabric fluorescent cloth
Water-repellent
The water-repellent properties of fabrics refer to the fact that the fabric has been specially treated with a water-repellent agent so that the water droplets on the surface form bead-like shapes and will not penetrate or spread to wet the clothes, achieving the function of repelling water like a lotus leaf (lotus flower) effect). The water-repellent processing method uses this principle to attach a layer of ultra-fine “needle beds” to the surface of the fabric with various chemical materials, so that the tension on the surface of the fabric is less than the cohesion of water, so water drops will form and roll away. , rather than spreading out and soaking. If the needle bed structure of this layer is flattened or covered and penetrated by oil stains, the water repellent ability of the fabric will be greatly reduced, and it may even begin to absorb water. Waterproofing is a functional treatment to prevent water from penetrating. Today’s waterproofing treatments often use waterproof membranes to prevent water molecules from penetrating deep. However, the membrane itself is too fragile, so the surface fabric, membrane, and interior must cooperate with each other to achieve the waterproof function. The waterproof ability is expressed by the water pressure resistance value, that is, a fixed area of a waterproof cloth is used to block the rising water pressure. When the third drop of water seeps out from the surface, it is the water pressure resistance value of the fabric. Generally, it can reach a higher value if it exceeds 1000mm. Basic waterproof capability. Moisture permeability
specifically refers to the function provided by the indirect breathable waterproof membrane, not breathability, because they are two different breathable mechanisms, although they can ultimately allow sweat to escape through the fabric to the outside world. Moisture permeability requires that the sweat be absorbed by the hydrophilic non-porous membrane and become sweat molecules inside, and move to the outside of the film through micro-Brownian motion, affected by the humidity pressure difference between the inside and outside of the garment, and then turn into gas and be discharged through the surface fabric. So it is called indirect breathability. Breathability
In waterproof and breathable membranes, it specifically refers to the function provided by the water-repellent porous waterproof film. Breathability allows gas to directly pass through the gaps of the “water-repellent porous membrane”. Because of its faster speed, it is called direct breathability. Windproof
All fabrics have a certain degree of windproof function. The more tightly the fabric is woven, the stronger the windproof ability. Those with poor air permeability generally have stronger windproof capabilities. High-quality fabrics perfectly combine breathability and wind resistance.
：Textile
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