Ascending Consumer Demand for Leather Products to Propel Market Growth
Plasma surface treatment machines are increasingly being used to chemically modify surface properties of biomaterials. Consumer demand for leather and synthetic leather products is increasing at a rapid pace worldwide. The considerable surge in demand for leather has directly impacted the demand for plasma surface treatment machines for leather. Plasma surface treatment machines for leather have emerged as one of the most effective and reliable techniques for surface activation. Some of the most important applications of plasma surface treatment machines for leather include material cleaning, anisotropic & isotropic etching, activation of materials, and material coatings. Another benefit of plasma surface treatment that is likely to propel the demand for plasma surface treatment machines for leather is the optimum bonding they provide without the use of solvents.
Plasma surface treatment machines for leather are increasingly being used in the manufacturing process of leather bags, shoes, protective clothing, and automotive upholstery leather. A plasma surface treatment machine for leather is extensively used to improve the adhesion capabilities of the leather surface. Some of the major plasma surface treatment processes that are currently in use and are likely to gain noteworthy traction during the forecast period include multifunctional finishing, flame retardancy, water & oil repellency, and anti-wrinkle. As the adoption of these processes is expected to grow in the coming years, the global plasma surface treatment machine for leather market is likely to witness steady growth during the assessment period. Due to these factors, the global plasma surface treatment machine for leather market is expected to reach ~US$ 39.5 Mn by the end of 2027.
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Growing Adoption of Cold Plasma Treatment to Drive Global Market
In recent years, the deployment of plasma treatment for materials including wood and textile has witnessed considerable growth. One of the factors that are likely to drive the adoption of cold plasma treatment is the positive environmental effect of the physical treatment in comparison to the chemical impregnation. Due to advancements in technology, different types of plasma surface treatments have emerged such as atmospheric plasma and vacuum plasma. Different plasma surface treatment is deployed based on desirable surface chemistry.
In the current scenario, within the plasma surface treatment machine for leather market, the uptake of atmospheric plasma is set to remain higher than other alternatives including vacuum plasma. The plasma surface treatment, particularly atmospheric plasma has emerged as one of the most promising techniques for physical modification and dry reactivation of keratin and collagen-based materials. The adoption of atmospheric plasma will continue to grow, as it has exhibited exceptional results in improving complex characteristics such as flame retardancy and water repellency. In addition, leather samples subjected to cold plasma pretreatment also exhibited improved behavior to a flame test. Thus, the atmospheric plasma product type segment of the plasma surface treatment machine for leather market will retain its lead in terms of market share and volume during the forecast period. In addition, atmospheric plasma treatment plays an imperative role in expanding the product life span due to which, its uptake is set to move in an upward trajectory in the upcoming years.
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Global Market to Witness Technological Advancements and New Launches
Technological advancements will play an important role in augmenting the growth of the plasma surface treatment machine for leather market during the forecast period. Advancements in robotics and handling technologies are likely to improve the speed and accuracy of plasma surface treatment machines in the future. In addition, these advancements will also streamline surface treatment processes for different dimensions and thereby improving the treatment speed by a considerable margin.
While these advancements will continue to improve the efficacy of plasma surface treatment machines for leather in the coming years, companies involved in the manufacturing of plasma surface treatment machines for leather are also expected to launch new surface treatment systems to strengthen their foothold in the plasma surface treatment machine for leather market landscape. For instance, in October 2019, Transient Plasma Systems Inc. announced the launch of a new plasma surface treatment system that is integrated with cutting-edge nanosecond pulsed-power plasma. The company further revealed that the newly launched efficient and highly versatile system is compatible with open-environment surface cleaning and thin-film coating of a range of substrates.
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