Carbon black is a compound formed when petroleum products such as coal tar, natural gas, and petroleum oil are incompletely burned. Carbon black is widely used as a dyeing agent in the textile industry. As a pigment, it is an excellent colouring agent and is widely used for colouring fibres. Growing demand for synthetic textile fibres is a major factor driving carbon black market growth. This is due to the decline in demand for cotton as a result of its high cost and the growing need for harvested land for other crops. Black carbon is commonly used in synthetic textiles, which are then used in a variety of applications. As a result, the high demand for synthetic textiles is expected to fuel the growth of carbon black. Carbon black has excellent colour fastness and consistency for fibres. The growing importance of high tensile strength, minimal colour migration, and low environmental impact in textile fibre production is expected to boost carbon black demand. Carbon black improves textile fibre tensile strength and reduces wear and tear degradation. Carbon black's demand is expected to rise due to rising demand for superior quality fabrics for long-lasting applications such as industrial clothing, defence, and outdoor wear. Carbon black is gaining popularity in military textiles due to its ability to improve colour requirements, improve serviceability, and reduce infrared radiation criteria. Carbon Black Market for Textile Fibers has been identified as a possible carcinogen to humans in a study conducted by the International Agency for Research on Cancer (IARC). This is expected to slow product demand. Incomplete combustion of hydrocarbons such as petroleum oil, coal tar, ethylene cracking tar, and natural gas results in the production of carbon black. Concerns about depleting crude oil reserves and fluctuating petrochemical prices are expected to pose pricing and profitability challenges to the market. Polyester textile fibres were a significant market product segment. Polyester is a popular synthetic fibre in the textile industry, and demand is expected to rise during the forecast period. In turn, rising demand for polyester textile fibres is expected to drive carbon black demand over the next six years. Because of its abrasion resistance, durability, and thermal resistance, nylon textile fibres are expected to see significant growth in synthetic textile production. Seatbelts, carpets, and military applications all make extensive use of them. The increasing demand for nylon textile fibres is expected to boost carbon black demand in textile fibres. Increasing demand for home furnishings and clothing accessories is expected to drive acrylic fibre consumption, which is expected to drive further consumption. Carbon black is widely used in home textiles and apparel, as well as protective clothing, automotive, and agriculture. Carbon black for textile fibres was most commonly used in apparel. Rising income levels in emerging markets such as Brazil, China, India, and Mexico have fueled demand for higher-quality synthetic fibres in apparel. Increasing the use of carbon black in apparel to improve fabric colour dispersion and reduce wear and tear in order to improve serviceability is expected to have a positive impact. In 2013, Asia Pacific was the leading regional market, accounting for more than half of total market volume. Due to the expansion of the textile industry, Asia Pacific is expected to grow significantly over the forecast period. Rising income levels in emerging markets such as China and India can be attributed to the expansion of the region's textile industry, which is expected to drive carbon black demand over the next six years. Growing demand for synthetic fibres in apparel, military clothing, and home textiles such as carpets, rugs, and bedding characterises the North American market. Carbon black is expected to benefit from the region's trend toward synthetic fibres.
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