The textile industry is continually seeking for new and innovative production techniques to improve the quality of the end product. Advancements in plasma technology over the past couple of decades has put forward plasma surface treatment as a promising solution to attain high-quality products. In recent times, fluorine-based plasma surface treatment machines for leather are increasingly being used to surface treat different types of leather, including aniline leather, pigmented leather, and semi-aniline leather. Although fluorine-based treatment was first introduced in the 1950s, since then, its adoption has witnessed consistent growth. The uptake of fluorochemcial finishes continues to grow at a rapid pace particularly to functionalize fiber for oil repellence, stain and soil releases, enhancing the breathability of textile, improve dyeing ability, and maximize mechanical strength.
The demand for fluorine-based plasma surface treatment machines for leather is on the rise due to the widening applicability of these machines in the production of home textiles, protective clothing, medical textile, outdoor wear, shoes, uniforms, tent canvas, etc. The demand for fluorine-based plasma surface treatment machines for leather is further expected to grow due to the shortcomings of shorter chained chemistry, which in turn are pushing forward alternative techniques to improve the quality of paper, leather, and carpet. The growing demand for leather in different end-use sectors, including automotive, medical, and upholstery is a major factor that is likely to propel the growth of the fluorine-based plasma surface treatment machine for leather market during the forecast period. At the back of these factors, the global fluorine-based plasma surface treatment machine for leather market is expected to reach ~US$ 6 Mn by the end of 2027.
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Research and Development Activities Continue to Positively Influence Adoption
Research and development activities are likely to play an imperative role in the development of the global fluorine-based plasma surface treatment machine for leather market during the assessment period. The demand for fluorine-based plasma surface treatment machines for leather is expected to move in the upward trajectory, as various end-use industries apart from the leather sector, including textile and carpet is gradually growing. The progress in plasma technologies and the versatility of plasma surface treatment offer desirable properties. This is expected to play a key role in increasing the demand for fluorine-based plasma surface treatment machine for leather in the coming years. Due to additional research and development activities, the number of patents that are being filed across the world within the fluorine-based plasma surface treatment machine for leather market has witnessed a consistent growth. Technological and industrial developments are evolving at a rapid pace in the market for fluorine-based plasma surface treatment machines for leather and the trend is anticipated to continue during the forecast period. At present, an array of cutting-edge chemistries and technologies are coming forward and maturing to be deployed at an industrial scale, particularly pertaining to fluorine-based plasma surface treatment machine for leather.
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Among the different processes within the fluorine-based plasma surface treatment machine for leather market, anti-wrinkle and anti-bacterial processes are likely to remain the most prominent processes wherein fluorine-based plasma surface treatment machine for leather are likely to be deployed in large volumes.
Companies to Eye Opportunities in Asia Pacific; Europe to Remain Major Market
Although the fluorine-based plasma surface treatment machine for leather market in Europe is expected to have a higher market share and value during the assessment period over the coming years, this market in Asia Pacific is likely to expand at the highest rate due to a host of factors including lenient government regulations pertaining to fluorine emission levels, and high demand for leather products. The thriving automotive sector in nations such as China and India are likely to offer significant opportunities for players operating in the current fluorine-based plasma surface treatment machine for leather market. However, the impact of the COVID-19 is likely to affect the growth of the market in 2020, as core industries across the world have hit a major dead end. Companies are also projected to focus on expanding their product portfolio to improve their market share by swaying toward inorganic growth strategies, including mergers and acquisition.
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