Textile Industry
Applications of our products inTextile Industry
We are Sanpar
SANPAR superior quality dry air plays a significant role in precisely controlling valves, cylinders, jet looms, spinning frames, sewing machines, and blowguns in the textile industries. We ensure maximized operation, lowest ownership cost & energy efficiency to the production of high-quality textiles, garments, and fabrics. Yarn spinning, weaving, knitting, and dyeing are the wide range of applications where our products can give you better yield.
Compressed air treatment is essential in the textile industry to ensure the quality and reliability of compressed air used for various applications. By removing moisture, oil, and particulate matter, and regulating the quality of compressed air, SANPAR products provides clean dry air ensure that equipment and processes operate efficiently and effectively, reducing downtime and maintenance costs.
Importance of air dryer in Textile Industry
Air dryers are important in the textile industry for controlling moisture in compressed air. Moisture in compressed air can cause problems like corrosion, mold growth, and equipment damage, leading to reduced product quality, lower energy efficiency, and shorter equipment life. Air dryers help to remove moisture from compressed air, ensuring that it is dry and free from moisture, leading to consistent and high-quality product output. By removing moisture, air dryers improve the efficiency of compressed air systems, leading to reduced energy consumption and extended equipment life.
Thermal solutions required in Textile Industry
- Steam -Steam is used extensively in the textile industry for processes like dyeing, finishing, and shrinkage control. Steam is generated using boilers and then distributed throughout the plant using pipes. The temperature and pressure of the steam can be controlled to suit the specific process requirements.
- Hot Airs -Hot air is used for processes like heat setting, drying, and curing. Hot air is generated using heaters and then distributed throughout the plant using ducts. The temperature and airflow rate can be controlled to suit the specific process requirements.
- Infrared Radiation - Infrared radiation is used for processes like drying and curing. Infrared lamps generate heat that is absorbed by the textile material, leading to faster drying times and improved curing.
- Thermosol Dyeing -Thermosol dyeing is a process that uses a combination of heat and chemicals to dye synthetic fibers. The fibers are heated to a high temperature, which causes the dye to bond with the fibers. This process is used for dyeing polyester, nylon, and other synthetic fibers.
- Thermofixation -Thermofixation is a process that uses heat to set the dye and improve the color fastness of the textile material. The textile material is heated to a high temperature for a specific period of time, which allows the dye to fully penetrate and bond with the fibers.
Application of our products in Textile Industry
- Textile machinery- Compressed air is used to operate looms, spinning machines, and sewing machines. Moisture in the compressed air can cause damage to these machines and affect their performance, so compressed air dryers are used to remove the moisture and ensure the machines are running smoothly.
- Air tools -Textile manufacturers use compressed air-powered tools for tasks like cutting, stapling, and packaging.
- Cleaning-Compressed air is used for cleaning fabrics, equipment, and workspaces in textile manufacturing facilities. Compressed air dryers are used to ensure that the air used for cleaning is dry and free of moisture.
- Air jet Weaving - Air jet weaving is a textile manufacturing process that involves using high-pressure air jets to insert weft yarns into a warp shed in which compressed air dryer is used.