Humidity Control for the Textile & Fibre Industry
The textile and fibre industry has long recognised the critical importance of relative humidity in the production environment. Low humidity levels cause a range of costly problems throughout yarn spinning, weaving, knitting, and fabric processing, including static electricity build-up, fibre breakage, thread snapping, increased dust levels, and poor quality output. Maintaining the correct relative humidity throughout textile manufacturing facilities is essential to production efficiency, product quality, and the wellbeing of the workforce.
Static electricity is one of the most significant problems caused by low humidity in textile environments. When the air is too dry, static charges build up on fibres, yarns, and fabrics, causing them to cling together, attract dust and contaminants, and interfere with machinery and production processes. By raising and maintaining relative humidity at the correct level, static electricity is effectively eliminated, improving both product quality and production efficiency.
Low humidity also causes natural fibres such as cotton, wool, and linen to lose moisture, becoming brittle and more prone to breakage during processing. This leads to increased thread breaks, more frequent machinery stoppages, higher levels of waste, and a reduction in the quality of the finished fabric. Maintaining consistent humidity levels helps to keep natural fibres supple and strong throughout the production process, reducing breakage rates and improving overall output quality.
J D UltraSonics ultrasonic dry fog humidification systems provide precise, even humidity control throughout textile mills, spinning facilities, weaving sheds, and fabric processing environments. Our non-drip, non-wetting technology introduces ultra-fine water droplets of just 1 micron into the production environment, raising humidity levels without wetting fibres, yarns, fabrics, or machinery. Nozzles can be roof-mounted to deliver uniform humidity distribution across large production areas, and the self-cleaning stainless steel nozzle design ensures reliable, low-maintenance operation throughout even the most demanding production shifts.