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Burners and Heat Exchangers

Help enable high-performance thermal operations

Broad burner and heat exchanger technologies designed to improve efficiency, reliability and thermal performance.

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Industrial burner system integrated with piping and control components, supporting combustion processes, thermal efficiency, and reliable high-temperature operations.
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Broad burner and heat exchanger technologies designed to improve efficiency, reliability and thermal performance.

Talk to a Specialist

Industrial Burners and Heat Exchangers for Diverse Thermal Application

Address your thermal process requirements with an integrated portfolio of burner and heat exchange technologies designed to enhance heat transfer, improve efficiency and support stable, reliable operation across industrial environments.

Our selection spans self-recuperative burners, radiant tube systems, line and duct burners and specialized equipment for glass, asphalt and immersion heating. These technologies form an important part of industrial thermal systems, helping improve temperature control, energy use and long-term process performance.

Technician inspecting a flow transmitter on an industrial gas piping system, ensuring accurate measurement, system reliability, and optimized process performance.

Wide burner range engineered for optimal heat transfer and precise processes

Our industrial burner technologies provide a wide range of flame characteristics designed to match precise heat transfer requirements across industrial processes. Choose from different flame speeds, shapes and firing capacities to optimize heat distribution across industrial furnaces and firing systems.

 

Single burners are designed to provide robust, reliable heat for applications requiring one burner per chamber. Line and duct burners are designed to help deliver cleaner and more uniform heat over wide areas. Our pilot burners can help you safely ignite gas burners while pre-mix equipment can help provide effective air and fuel combination.

Close-up of a radiant industrial burner with glowing combustion core, highlighting controlled heat transfer, thermal efficiency, and high-temperature processing.

Self-recuperative and radiant tube burners for improved efficiency

These technologies integrate heat recovery directly into burner design, capturing exhaust energy to preheat incoming air and help improve overall system efficiency. This can result in improved temperature control, reduced energy demand and reduced emissions.

 

Radiant tube configurations provide indirect heating that can help protect products from combustion byproducts. The integrated recuperator design helps you capture exhaust heat and preheat combustion air, improving overall system efficiency. You can realize both carbon reduction and economic benefits through reduced fuel consumption and lower operating costs.

Close-up of an industrial burner generating an intense flame, highlighting controlled combustion, thermal performance, and high-temperature processing applications.

Specialized burners for glass melting, asphalt, and immersion heating

Our specialized burner technologies address unique industry requirements across high-temperature and heat-intensive applications. These designs are engineered to help meet emissions targets, support consistent heat distribution and help maintain stable thermal performance under demanding operating conditions.

 

Hauck asphalt burners are engineered specifically for aggregate drying plants in the asphalt industry, designed to help provide robust operation.

 

Immersion tube burners fire directly into tubes for immersion heating applications where reliable heat transfer is critical. Each specialized design helps you address the specific thermal demands of your industry.

Four electronic gas monitors fixed on cement slab outdoors

Heat recovery solutions to boost process efficiency and cut fuel use

Advanced heat recovery technologies capture and reuse thermal energy from exhaust streams, helping reduce overall energy demand and improve process efficiency. By reintegrating recovered heat into your operation, you may lower operating costs and reduce emissions.

 

Whether you're looking to preheat combustion air, process fluids or materials, our heat recovery solutions can help you reduce energy consumption, improve emissions performance and encourage more efficient thermal energy utilization across your process.

  • Broad selection

    One of the broadest portfolios of industrial burners and heat exchangers in the industry for diverse thermal applications

  • Specialized designs

    Purpose-built solutions for glass melting, asphalt operations, immersion heating and heat recovery applications

  • Efficiency focused

    Recuperative designs and heat recovery systems engineered to help reduce fuel consumption and operating costs

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Frequently Asked Questions About Burners and Heat Exchangers

Our portfolio includes a broad range of burner technologies designed to address diverse industrial thermal requirements:

 

  • Direct fired furnace burners with variable flame speeds and capacities
  • Self-recuperative and radiant tube burners for improved efficiency
  • Single burners for chamber applications
  • Line and duct burners for uniform heating
  • Glass and oxygen burners for melting operations
  • Hauck asphalt burners for aggregate drying
  • Immersion tube burners for direct tube firing
  • Pilot burners for safe ignition

 

Each category is designed to help address specific thermal application requirements. You gain access to heat recovery equipment including exothermic heat exchangers that can help capture and reuse waste heat. Our broad selection allows you to match burner characteristics to your operational needs. Together, these technologies support improved heat transfer, energy efficiency and thermal process performance.

Self-recuperative burner technologies integrate heat recovery directly into the heating system, capturing exhaust energy to help improve overall thermal efficiency. This heat recovery can help you reduce fuel consumption by recovering energy that would otherwise be wasted. The integrated recuperator design can help eliminate the need for separate heat exchangers in many applications.

 

Our heat exchangers and indirect heaters provide additional efficiency gains by recovering heat from various process streams. You can help reduce operating costs through lower fuel usage while supporting your sustainability goals. The combination of reduced fuel consumption and lower emissions helps you achieve both economic and reduced carbon footprint benefits in your thermal operations. These integrated efficiency strategies help strengthen both economic performance and reduce emissions across industrial operations.

Industries that depend on precise temperature control and emissions management, such as glass manufacturing, benefit most from specialized burner technologies engineered for stable, high-performance thermal environments.

 

The asphalt industry benefits from Hauck burners engineered specifically for aggregate drying plants, designed for robust performance in demanding conditions. Heat treating operations use direct fired and radiant tube burners designed to provide the flame characteristics and indirect heating capabilities different metallurgical processes need.

 

Food and beverage production relies on burners designed to deliver uniform, controlled heat for product consistency. Chemical processing benefits from immersion tube burners and specialized configurations for reactor heating applications.

Industrial burner performance

Help improve thermal performance, efficiency and reliability

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