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Polyvinyl chloride, thermoplastic (styrene-butadiene) rubber, ethylene vinyl acetate, and polyurethane are important synthetic polymers that account for more than half of footwear production. Wool, nylon, cotton, and polyester are the most common. Because of their individual characteristics, using textiles allows for variations.
As a result, when designing shoes, breathability, support, and temperature control can all be taken into consideration very early on. Shoes that are made entirely of polymeric microcellular foams are now available as single-component footwear thanks to advancements in polymer chemistry and injection molding techniques.
However, the discarded footwear ends up in landfills, which has a negative impact on the environment. Therefore, the footwear industry requires research into biodegradable synthetic polymers with suitable materials properties and processing feasibility.
The Global Footwear polymers market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Using BASF’s Elastollan Thermoplastic Polyurethane (TPU), Elastopan Polyurethane (PU), and Infinergy Expanded Thermoplastic Polyurethane (E-TPU), leading safety footwear manufacturer Berkat Safety has produced safety boots. Long-term comfort, energy return, lightweight cushioning, and superior slip resistance for workers are provided by the novel material solutions.
The KAMU line is designed for harsh environments like mining, construction, civil engineering, and manufacturing, as well as extreme climates like those found in Papua New Guinea, New Zealand, and Australia.
The distinctive safety shoe design that consists of Elastollan in the outsole, Elastopan in the midsole, and Infinergy as part of an additional midsole is at the heart of the KAMU footwear. Infinergy, when used in the midsole, reduces muscle and joint fatigue and stresses by absorbing the impact of heavy loads and providing the athlete-approved energy return.
Shoes that are made entirely of polymeric microcellular foams are now available as single-component footwear thanks to advancements in polymer chemistry and injection molding techniques. However, the discarded footwear ends up in landfills, which has a negative impact on the environment.
They able to enhance properties such as strength and durability, SRC-rated slip resistance, oil and fuel resistance, and compliance with Australian and international safety standards by combining these dynamic materials for the KAMU soles.
