Textiles & Non-Wovens

Industrial pre-drying and heating solutions for fabrics, yarns, and non-woven materials.

Gas IR Emitter

Gas Infrared Systems for Drying Textiles

Manufacturers of textiles and non-wovens require reliable drying systems to keep up with the increasing demand for materials. Often, insufficient heating leads to bottlenecks and slowed production.

Marsden’s Embedded Combustion™ emitters provide instantaneous heat transfer for rapid drying and increased production rates at a fraction of the cost of traditional systems.

If you are looking to reduce production costs while improving your production line, Marsden gas IR emitters are the most reliable heating solution on the market!

Marsden Gas IR Systems include:


  • Comprehensive engineering ⁠— we’ll help design and optimize your system!
  • A full family of system and performance warranties, plus a 5-year guarantee on emitters.
  • Live customer support 24 hours a day, 365 days a year.

Ready to accelerate your production process?

mass drying

Fabric and Textile Applications

Whether adding dyes to cotton fabrics or preheating upholstery to be molded, there are many different heating and drying processes involved in the manufacturing of fabrics and textiles. You can count on Marsden Gas IR Systems for all of them!

Applications include:

  • Pre-drying fabrics
  • Curing dyes and ink
  • Drying water-based coatings and adhesives on textiles
  • Heat setting of nylons, polyester, and other synthetic fabrics
  • Preheating auto carpet for molding
  • And more!

Get a trial unit for on-machine testing!

Why Use Gas IR Heating for Textiles and Non-Wovens?

Gas IR systems allow for faster heat processing of textile and non-woven fabrics when compared to electric dryers. Thanks to variable controls, rapid shutdown, and efficient heat transfer, Marsden’s gas IR emitters are the most cost-effective solution for heating and drying these types of materials.

Benefits of Marsden Gas IR Emitters for Drying Textiles


Heats up to 1850 °F in just five seconds


Cool, safe shutdown in one second


Operating temperatures up to 2100°F (1200°C)


Uniform firing face and heat transfer


Best conversion to radiation efficiency in the industry (up to 65%)


Significantly reduces fuel expenditures


Compact and solid design

View our line of Embedded Combustion™ products!

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