ISO 8573-1 Class 0                                  Long maintenance intervals                                    Save energy

Designed for textile factories to reduce waste risk                     By optimizing your production with longer maintenance cycles                        our energy-saving compressors help increase profits and protect the environment.

and avoid production downtime.                                               and shorter downtime, and improves your productivity and profitability.           Dedicated hybrid solutions for large facilities

Our equipment has passed ISO 8573 - Level 1 zero                 

oil free certification  Provide you with reliable high-quality air

 

Oil-free compressed air for textile applications

Reliable compressed air is crucial to the textile processing process. With decades of experience working with professional textile manufacturers, we understand the exact needs of various applications in the textile industry and provide end-to-end compressed air solutions. Provide our customers with reliable one-stop solutions, improve their efficiency, and let them rest assured. Oil-free air can protect your equipment from damage, prevent oil from contaminating your valuable end product, and protect your hard-earned reputation.

Saving energy through energy recovery

Compressor energy consumption costs account for more than 80% of compressor life cycle costs. In addition, carbon dioxide emissions caused by energy consumption account for 99% of the total carbon dioxide emissions. Our energy recovery options can recover up to 95% of power consumption, reducing customers' total cost of ownership and reducing their carbon footprint.

 

Energy recovery:

• Heat the boiler inlet water to generate steam. Hot water can be used to treat yarns and fibers to achieve dimensional stability, wrinkle resistance, and temperature resistance of textiles, as well as to increase production.

• Dyeing fabrics requires a large amount of hot water.

 

Application of oil-free compressed air in the textile industry

Spinning: Spinning methods, including ring spinning, open spinning, and air jet spinning.".

Weaving: The air flow blown out of the nozzle interweaves the yarn.

Air jet weaving: The use of compressed air to blow through the yarn, thereby conveying the filling yarn.

Pneumatic transportation: Compressed air is only used for pneumatic transportation of fabrics and PET chips.

Artificial fiber production: Compressed air is used for the production of both partially oriented yarn (POY) and fully oriented yarn (FOY).

Garment manufacturing process: Garment processing is an organized production activity that includes multiple processes such as proofing, scribing, cutting, and stitching. Many of these processes require pneumatic tools, which also require compressed air.

Non woven fabric winding/tapering and dyeing: Textile factories use compressed air to transport the yarn onto cylindrical or tapered bobbins.

Warping/Sizing: The process of winding yarn from a tapered or cylindrical bobbin onto a warp beam.

Combing/Carding: This process is used to straighten and flatten the fibers, and remove short fibers with the help of brushes and rollers through the combing needles on the carding device.

Wastewater treatment: Wastewater from textile processing must be treated before it can be discharged into the natural environment.