Protective covers are tools used to protect sensitive equipment and materials from becoming damaged because of exposure to contaminants or trauma. Protective covers can be made of hard plastic, silicone, textiles and a variety of other materials.
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Protective Covers
Protective covers are necessary for the protection of all kinds of products in all kinds of contexts. Medical devices, electronics, cars, food and an extensive variety of other products are protected by a permanent, semi-permanent or temporary covering of some kind. Covers provide protection from many environmental disturbances such as dust, UV rays, moisture, spills and other potential hazards. Most protective coverings can be removed for cleaning or replacement in the case of irreparable damage. Patio and indoor furniture, kitchen appliances, computers, microscopes, machinery and MP3 players are just a few of the many products for which mass-produced and custom covers are widely available. Customization is often utilized when a more precise fit for irregularly-shaped machinery is desired, while more uniform, commercially-made products are often made to be interchangeable and more versatile. Vacuum seals can be built in to improve the fit of covers. Both commercial and custom products come in a variety of colors to suit all consumer needs. Especially in the case of fabric coverings, embroidering, silk screening and other decorative embellishments can give the covering an aesthetic appeal to complement its functionality.
Common materials for protective covers include rigid metal, flexible textile or semi-flexible plastics. Specific materials are chosen based on the needs of the consumer and the specifications of the product to be covered. Neoprene, aluminum cloth, silicone, fiberglass fabric and vinyl are typical materials used for protective covers. Many industrial processes are employed in the creation of protective covers. In the case of textile covers, commercial grade sewing machines are often required as less robust equipment may be damaged if used to sew through such sturdy materials. Although textile protective covers are most commonly made of resilient fabrics, additional protection is often added. Covers are often treated for wind and water resistance as well as to resist damage from ultraviolet light, a particularly important option for outdoor equipment and furniture. Abrasion, flame and temperature resistance are also common treatments for protective covers. While metal covers are affixed with bolts and screws, textile and plastic manufacturers employ sewn or welded construction, which offers a fluid-proof seal but is less cost effective and unavailable for many materials.
