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Industry Trends

Artificial/bio-based synthetic leather booming in industry and how eco friendly bio-based synthetic leather will change traditional leather market

Stringent environmental norms on textile industry and dependence on petroleum-based fibres and fabrics, designers are searching for alternative eco friendly materials Biosynthetic fibres and fabrics is the growing sector of bio-based textiles,due to owning properties such as natural raw materials like wool, cotton and silk, biosynthetic textiles are imperative over more traditional bio-based materials because they can be engineered for recyclability or biodegradability.The sportswear and fashion industry have majority of bio-based product’s share Tierra’s Deterra Jacket, which was launched in 2017 as the first 100% bio-based technical outdoor jacket

Turkey-based leather and suede producer has developed SERTEX – an innovative synthetic leather fabric with 70 per cent renewable content made from bio-based materials from DuPont Tate & Lyle Bio Arkema to build new bio-based polyamide plant in Singapore Bio-based leather material include such as bio waste, coffee oil, cow milk, wool, casein, fruits waste and others. Many bio-based leather are under R&D/ patent stage

Trends in water proofing chemicals and its application

Waterproofing is a method for making material water resistant, so that it should not affected by water and here waterproofing chemicals play an imperative role. Application water proofing chemicals are waterproofing concrete, paints, paper packaging, electronics, cosmetics, etc

Chemical such as polyvinyl chloride, hypalon, ethylene propylene diene monomer (EPDM) rubber, tar paper with asphalt and bituminous materials are the currently using for construction water proofing chemical. Where polyurethane and teflon currently using for textile water proofing

What are the benefit solid state battery and what it is the future of this technology

Key solid state battery technology benefits are higher energy density, greater temperature tolerance. Better safety as compare to liquid counterparts, which are flammable. These batteries also possess greater power and energy densities. This solid state technology facilitates faster recharge in electric cars. The possibility of longer cycle life and higher voltage can be achieved with solid state batteries. Solid state not commercialised yet, it has huge potential for mass production

How Fluoropolymer (FEP, PVF, PTFE, PVDF, ETFE FFPM) replacing tradition material in industries and its increasing demand in India and China

Fluoropolymers are majorly used in automotive, aerospace, semiconductors, electronics and common household appliances because of their unique non-adhesive and low friction properties Electrical, automotive industrial and aerospace altogether contribute close 65% of the market. 3M, Daikin, Chemours and Solvay are key industry player

In India fluoropolymer majorly Import from Japan, USA, Sweden and Netherland for electrical wiring which used in aerospace and automotive industry. Gujarat fluorochemical is only player who have strong domestic presence in fluoropolymer, other international player such as Daikin, Chemours and Solvay have sales office in India and import target material from their counter parts

70% supply directly through key players, price of fluoropolymer various from, 200+ customer are located India