Increasing the Supply of Protective Clothing Will Increase Demand
Protection against hazardous biological and chemical materials is required in everyday work and can be obtained through the selection of appropriate protective clothing. Rapid industrialization as a result of heavy investments in the manufacturing industry, combined with stringent government regulations imposed by OSHA and NIOSH regarding the use of protective gears, will drive the overall protective clothing market demand. Polyurethane coated fabric can be used to make high altitude protective clothing, fire retardant clothing, and chemical protective clothing (CPC) due to properties such as flexibility at low temperatures, resistance to high impact, and resistance to high weather. As a result, the overall Coated Fabrics Market growth in the protective clothing industry is expected to accelerate.
Chemical protective clothing (CPC) is used to protect workers from physical and chemical hazards. It is also used to protect the entire body from poisonous chemicals that manifest their effects through skin absorption. The long-lasting CPC is made of rubber or PVC-coated fabrics, which usually prevent chemical permeation and penetration through fabrics in clothing. Fire retardant fabrics are classified into two types: those made of naturally flame retardant fibers and those made of 100% cotton with a flame retardant coating. For instance, In August 2020, a nanotechnology coating for textiles was introduced by the Indian tech startup Muse Nanobots that makes the claim that it can inactivate the coronavirus within five minutes of contact.
Global Coated Fabrics Market: Market Restraints
Environmental Concerns Could Limit Market Growth
Raw material price fluctuations and environmental concerns are the primary factors limiting the Coated Fabrics Market's revenue. Fabrics are made of nylon, polyester, rayon, cotton, and wool, and each fabric has a different impact. Nylon and polyester are derived from petrochemicals, which are non-biodegradable and unstable by nature. Polyester production necessitates the use of hazardous chemicals, including carcinogens, which, if released into the air and water and not treated, can cause environmental damage.
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