Air conditioning is the process of treating air also as to control simultaneously its temperature, humidity, cleanliness and distribution to meet the requirements of "conditioned space". An air conditioning system may use heating, cooling, humidifying, de-humidifying and filtering units of a combination of these depending upon the outside weather. 

Yarn and textiles are very sensitive to air quality. They emit moisture into the dry ambient air and lose their elasticity and tear resistance. So if the humidity levels are too low, it can often lead to tearing of the yarn, causing timely and costly disruptions to production. Also, in a controlled humid environment, machine glide quality is increased due to less frictional resistance.

The reason humidity is important to textile materials is because all textiles are hygroscopic, meaning they release moisture to the atmosphere when the humidity of the air is lower than the equilibrium relative humidity of the material, but absorb moisture when the atmosphere is too damp. Relative humidity levels will affect the material at all levels, whether it is manufacturing, use by the customer and all other levels of production.

The humidity levels can be controlled using industrial humidification systems and there are many humidification systems for the textile industry. However, there will always be moisture loss in the stage of processing, because the temperature of the material will increase. Straight after this process, the atmospheric humidity can be increased, so the textile will go through a regain.

  • 40%

    Total energy consumed in HVAC systems for textile plants

overview of the advantages of using air humidification in the textile industry


  • Reduces production downtime
  • Increases productivity and product quality
  • Protects against dangerous electrostatic discharge
  • Creates a healthy and pleasant working environment for operational staff
  • Reduces operating costs through energy-efficient generation of cooling capacity

Another significant advantage of optimum air humidity in the textile production is the reduction of electrical discharge ESD) from the materials being processed. Especially when synthetic materials such as perlon or nylon are added, as electrical discharge can compromise a high-quality disruption-free production process. Improved humidity also effectively prevents typical health-related illnesses of employees associated with a dry working environment

Textiles are hygroscopic, so they are affected much more than other materials by humidity. Humidity can cause all sorts of problems in the materials, bringing down elasticity and strength. However, there are plenty of ways to reduce this a lot by using humidification systems such as JetSpray

HVAC system market was valued at USD 181.00 Billion in 2018 and is expected to reach USD 251.60 Billion by 2023, at a CAGR of 6.80?tween 2018 and 2023. Factors that are driving the growth of the market include increasing demand for HVAC systems for reducing energy consumption, extreme weather conditions, government tax credit and rebate programs, and growing demand for HVAC systems to upgrade old systems.