About Hygienic Cladding
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A material in which most people are unfamiliar, hygienic cladding has changed into a popular solution in several environments where hygiene must be the main priority. Typically created from a durable uPVC material, the hygienic cladding can be utilized in all manner of locations. When properly installed, the surface is waterproof and seamless, and therefore water cannot penetrate in to the substrate and harbour bacteria and nor could there be any structural damage due to lingering moisture content. Perhaps more critically from the environments where such cladding is often most critical, the seamless design and smooth finish around fittings and fixtures in the room prevents the increase of bacteria on the surface. The fabric can be thoroughly cleaned then there is marginal probability of contamination.
The applications for such wall cladding are really diverse. To start with, areas which need to take their bacterial levels down to the very least are often just a few a fabric which may simply be cleaned: hospitals, doctor's surgeries, regularly and leisure facilities top their list, choosing hygienic PVC cladding for his or her interior surfaces. Food environments will also be large consumers with the product, including supermarkets, traditional grocery store, restaurants, hotels, and people involved in production - for example dairies, breweries or drink suppliers. Moreover, the hygienic cladding will come in a range of colours and will therefore be matched for the appropriate brand image, rendering it an unnoticeable safety feature which blends together with the remainder of the decoration. Food processing plants and manufacturers as well as other factory settings are already known to use PVC cladding for the easy cleaning, as have car wash and water jet facilities, where its non-permeable surface prevents water damaging the building. Unlike traditional tiling, used in kitchen environments for the simple cleaning, there is absolutely no grout to attract dirt and harbour dangerous microbes and bacteria.