HIGH VOLUMES OF CLEAN, DRY AIR
The ISO8573-Class 7 compliance norms ensure zero traces of microbial contaminants means, zero risks of contamination and reduces risks of rejections providing 100% reliable, clean Class ’ 0 ’ high quality air.
REDUCED ENERGY COST
ELGi's range of compressed air solutions for the textile and Fabric manufacturing have best-in-class energy savings. Our high efficiency airends are equipped with the in-house developed eta-V profile rotors, with 4/5 lobe combination, which helps in reducing pressure losses and increases energy-efficiency of the compressed air supply.
COMPLETE RANGE OF SOLUTION
ELGi air compressors deliver unmatched air quality with a completely reliable solution to textile manufacturing by ensuring less breakdown and a standard lifetime air-end warranty allowing customers to have peace of mind.
USE OF AIR COMPRESSOR IN TEXTILE INDUSTRY
Compressed air helps manufacturers in the textile industry overcome several challenges. One of these is cost reduction associated with operating and sustaining compressed air tools and support systems. Textile and fabric manufacturers want to improve productivity levels and increase uptime while ensuring that there is no contamination due to mixing of air/fluid. Another challenge that the textile industry aims to overcome is waste production by opting for sustainable solutions.
Compressed air is a major utility in the Textile industry where the design and selection of the compressor are of great significance as the compressed air is more or less required at every stage of manufacturing. Large volumes of air are required in cotton textile industries having Airjet Looms and in the Polyester yarn industries. Compressed air is also very critical in the PFY valued-added segment such as Texturing.
Typically power looms, process house and ginning mills require low air between 30-500 cfm. Denim spinning, medium PFY industries require medium air between 500-1,500 cfm. Large polyester yarn integrated plants, texturing units & integrated cotton textiles may require anywhere between 2,000-40,000 cfm.