Paint Finishing & Powder Coating

Powerful heating solutions to optimize your powder coating and curing processes.


Gas Infrared Systems for Powder Coating Ovens

From giant bulldozer blades to fine insect screens, Marsden gas IR emitters are the perfect choice for powder coating. Their high power density and low exhaust exit velocity make them the best option for drying and curing both paint and powder. 

Gone are the days of operating long oven sections at full power regardless of product throughput. The instant on and off controls of the unique Embedded Combustion™ emitters provide paint finishing applications with the flexibility to turn heating zones off or on as quickly as production demands. 

If you are looking to save on energy costs and improve product finishes, Marsden gas IR emitters offer 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?


Powder Coating Applications

Many powder coatings and water-based varnishes require controlled heat to remove all moisture prior to curing. The penetrating heat of Marsden gas IR emitters significantly accelerates the curing process of any powder coating project.

Applications include:

  • Powder Coating
  • Powder Curing
  • Surface Finishing
  • And more!

Get a trial unit for on-machine testing!

Why Use Gas IR Heating for Powder Coating Processes?

Powder coating requires a significant amount of energy. However, gas IR heaters provide the most cost-effective solution for coating and curing. Thanks to variable controls, rapid shutdown, and more efficient heat transfer (compared to electric IR systems), Marsden’s gas IR burners are the fastest and safest drying solution on the market.

Benefits of Marsden Gas IR Emitters for Powder Coating and Curing


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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