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Indian nonwoven market will continue to grow
Sivasailam G, Managing Director, Freudenberg Performance Materials India, Chennai, speaks on the present Indian nonwovens market, and importance of sustainability in the development of spunlace and wetlaid nonwovens.
Bag it up and make it quick
Woven or nonwoven filter bags employed in a wide range of industrial processes may be under the radar as products, but they represent a pretty significant percentage of technical textiles production.
A.T.E.’s contributions to India’s sustainable development
A.T.E. had the foresight to envisage the urgent need for an alternate eco-friendly technology that would provide cooling and comfort. So, it invested in a nascent technology, about 12 years ago, that has today revolutionised the concept of cooling.
S-RACE: Next generation dye sublimation papers
Felix Schoeller presented its S-RACE dye sublimation paper portfolio in a completely transformed brand look. This includes a complete new naming structure of all S-RACE products. Moreover, visitors were able to see the world’s fastest drying thermal-adhesive paper ‘live in action’.
Hongyuan’s range of texturing machines
HHY-9 auto doffing high speed draw texturing machine from Hongyuan has the characteristics of high automatic level, energy saving, high speed and efficiency, easy operation etc.
Innovation, the driving force behind success of Brueckner
The new Brueckner SUPRA-FLOW BA Air-Through Thermofusion Oven. Particularly in the field of hygiene nonwovens, the trend goes towards products of a better quality with a smoother handle, more volume and of more uniform texture.
Recycling of polyester waste
Polyester-based fibres contribute 70 per cent of the total synthetic fibre production worldwide, say RN Turukmane, SS Gulhane and AL Bhongade.
Recycling of polyester waste is an important term used in different industries for reducing waste disposal into the environment. Nowadays, developed and developing countries aim to reduce pre- and post-manufacturing waste and focus on recycling. Waste disposal into environment increases risk for human’s life and so disposal of mechanical, chemical and thermal polymers should be reduced.