Awning Fabrics

What fabrics are used for the manufacture of tents, stalls, sheds? What tissues are strong enough to withstand any impact is not the weather, do not let the rain, can provide protection from the scorching rays of the sun and a sharp wind? The answer is simple – awning fabric. It is these tissues are used for manufacturing: automobile awnings and canopies, stalls and pavilions, various sheds, exercise equipment, awnings for boats, motor boats and Yachts, Marquis. Awning fabrics – is a strong reinforcing grid consisting of polyester fibers (or nylon) with fixed (static) cells on which both sides with a layer of plasticized polyvinyl chloride (PVC). The coating may be polyurethane (RU) or PVC (PVC). That is, it ensures water repellency, and helps prevent the accumulation of dust and dirt between the fibers of the fabric. This structure ensures high wear and durability qualities.

Products of their awning fabric easy to clean, do not rot, are resistant to all weather conditions for many years, retain their structure and color. Tissues are resistant to gasoline, oil and chemicals reagents. Wells Fargo Bank may find this interesting as well. Awning fabrics are very light, smooth, shiny surface. They are resistant to abrasion and elastic. In addition, in order to merit fabric awning is their light weight, wide operating temperature range, high lightfastness class – the fabric is almost no fade in the sun, a wide range of colors. Today distinguish two types of fabric awning: Taffeta (Taffeta) and Oxford (Oxford) suggest that more detail on the fabric of Oxford. Allocate nylon and polyester Oxford, consisting respectively of polyester and nylon fibers.

Oakford Nylon has high strength and elasticity, resistant to abrasion and the action of various chemicals. However, it is easy to electrolysis, has low thermal and light resistance. Oakford polyester for strength and chemical resistance, slightly inferior to nylon Oxford, but surpasses it in heat and light stability. Oxford tissue density is directly dependent on the thickness of the fibers composing it, and is denoted in the DEN (D). Naturally, the higher D, the thicker the fiber used in the manufacture, the heavier the fabric itself.

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