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Industrial Burners

Our Honeywell Kromschröder, Eclipse, Hauck, LBE branded industrial burners are suitable for a very broad line of industries and temperatures. Our technical and sales teams are at your service during all steps starting from burner selection to commissioning.

Brand Model Type Picture Technical Properties Explanation
Image BIO, ZIO 01. Direct Fired Furnace Burners Image Image Image Image
  • Type: Nozzle-mixing
  • Number of sizes: 8
  • Capacity range: 40 - 1000 kW
  • Turndown: 10:1
  • Max. process temperature: 1600 ℃
  • Max. combustion air: 450 ℃
  • Fuels: Natural gas, propane, butane, coke oven gas, LCV gas, biogas
  • Technical information
  • For industrial furnaces and firing systems in the iron and steel industries in the precious, nonferrous and light metal sector as well as in the plastics, fibre and paper industries. Other fields of application are thermal incineration installations, as well as driers and hot-air generators. The burners are used in combination with a burner quarl made from refractory concrete (e.g. in a forging furnace). Different flame shapes can be achieved by using burner quarls with different geometries. The burner may be adapted to the system requirements using different burner lengths.
    Key attributes
    Safe flame control thanks to ionization electrode and reliable electrical ignition. Length increments enable individual adjustment either to new systems or when modernizing existing systems. Housing with internal insulation to reduce the surface temperature available.
    Image BIC, ZIC 01. Direct Fired Furnace Burners Image Image Image
  • Type: Nozzle-mixing
  • Number of sizes: 8 (With TSC ceramic tubes 22 different combinations possible)
  • Capacity range: 15 – 1000 kW
  • Turndown: 10:1
  • Max. process temperature: 1450 ℃
  • Max. combustion air: 450 ℃
  • Fuels: Natural gas, propane, butane, coke oven gas, LCV gas, biogas
  • Technical information
  • For industrial furnaces and firing systems in the iron and steel industries in the precious, nonferrous and light metal sector as well as in the plastics, fibre and paper industries. Burners BIC, BICA or ZIC can also be used in thermal incineration installations, as well as in driers and hot-air generators. The burner can be used in conjunction with the ceramic tube set TSC in furnaces with brick lining or ceramic fibre lining. No burner quarl is required to serve as combustion chamber. Thanks to their medium to high outlet velocity (80 to 150 m/s), burners BIC, BICA are ideal for industrial furnaces whose temperature is controlled by an impulse system.
    Key attributes
    Can be combined with different ceramic combustion chamber shapes. Ensure high temperature uniformity in the furnace thanks to high pulse frequency and reliable electrical ignition. Length increments enable individual adjustment either to new systems or when modernizing existing systems.
    Image BIC..M 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 5
  • Capacity range: 35 – 360 kW
  • Max. process temperature: 1250 ℃
  • Fuels: Natural gas, LPG (gaseous)coke oven gas; other gases on request.
  • Technical information
  • Special BIC variants which can be switched to Menox mode for ultra low NOX at furnace temperatures > 850°C/1560°F in conjunction with a special burner control unit.
    Key attributes
    Ultra low NOX thanks to flameless combustion. Single gas connection, no additional piping required. Easy upgrade of existing BIC installations possible.
    Image BIC..L 01. Direct Fired Furnace Burners Image Image
  • Type: Nozzle-mixing
  • Number of sizes: 4
  • Capacity range: 70 – 440 kW
  • Turndown: 15:1
  • Max. process temperature: 1450 ℃
  • Fuels: Natural gas, LPG (gaseous); other gases on request
  • Technical information
  • Excess air burner for all applications requiring precise temperature control and consistent product quality. The burner is perfectly designed for use in tunnel kilns and intermittent systems. Thanks to the high excess air capability, variable flue gas temperatures of up to approx. 100°C can be reached. With reliable ignition over the entire burner output range, this accommodates the furnace operator’s wish for a simple structured gas/air control. The burner can be used in conjunction with the ceramic tube set TSC in furnaces with brick lining or ceramic fibre lining. High outlet velocities of up to 170 m/s are possible.
    Key attributes
    High exit velocity. High excess air capability and wide control range. Easy setup thanks to integrated air and fuel metering orifices. Available in a variety of lengths.
    Image BIC..R 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 4
  • Capacity range: 15 – 360 kW
  • Turndown: 10:1
  • Max. process temperature: 1450 ℃
  • Max. combustion air: 450 ℃
  • Fuels: Natural gas, LPG (gaseous); other gases on request
  • Technical information
  • The annular excess air burner, comprising burner BIC or BICA, annular excess air burner housing RSG and two ceramic tubes TSC, is suitable for use in industrial kilns in the ceramics, pottery and enamel industries, particularly in highspeed kilns. Separate secondary air ensures COoptimized combustion with high excess air. The large air cross-sections enable large volumes of air to be introduced during the system’s cooling phase, which leads to a reduction in the cooling time and therefore to an increase in the system’s availability. Reducing and oxidizing combustion are possible.
    Key attributes
    Separate connection for secondary air. Low pollutant emissions even with high excess air. Modulating control and impulse control possible. Reliable electrical ignition and safe flame control thanks to ionization control.
    Image ThermJet 01. Direct Fired Furnace Burners Image Image Image
  • Type: Nozzle-mixing
  • Number of sizes: 14
  • Capacity range: 40 – 5280 kW
  • Turndown: 10:1 on ratio
    50:1 with fixed air
  • Max. process temperature: 1540 ℃
  • Max. combustion air: 540 ℃
  • Fuels: Natural gas, LPG (gaseous); other gases on request
  • Technical information
  • For industrial furnaces and firing systems in the metals industries (ferrous and non-ferrous) as well as the ceramics industry. Other fields of application include thermal oxidizers (incineration) and a variety of drying processes. ThermJet is a direct fired, nozzle-mixing burner that is designed to fire an intense stream of hot gases through a high velocity nozzle. The extremely high velocity of the gases improves temperature uniformity, product quality and system efficiency. ThermJet is available in either high velocity or medium velocity versions in 14 sizes. ThermJet can be adapted to operate with either ambient or preheated combustion air.
    Key attributes
    Versions available for preheated air. Easy set-up with built-in metering. Robust, reliable perfomance. High turndown plus high excess air capability. Alloy, ceramic and refractory combustor options. Flame speeds up to 207 m/s (680 ft/s). Flexible control: high/low, on-ratio, or fixed-air.
    Image BBG 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 5
  • Capacity range: 715 – 6400 kW
  • Turndown: 10:1
  • Max. process temperature: 1540 ℃
  • Fuels: Natural gas, LPG (gaseous)coke oven gas; other gases on request
  • Technical information
  • All-purpose, high input industrial burner for use in open heating systems. Depending on the required furnace temperature, the burners are used in conjunction with a stainless steel combustion chamber (BAT) or a refractory concrete combustion chamber (BRT)
    Key attributes
    High-quality, rugged steel design with low air and fuel pressure requirements. Engineered to operate across a broad range of air/fuel ratios. Insulated versions for preheated air up to 480°C (900°F). Direct spark or pilot ignition.
    Image ExtensoHeat 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 1
  • Capacity range: 132 kW
  • Turndown: 6:1
  • Max. process temperature: 1500 ℃
  • Fuels: Natural gas, LPG (gaseous); other gases on request
  • Technical information
  • The ExtensoHeat lance burner is designed for firing zones of continuous kilns for bricks, roof tiles and rough ceramic products. It is ideal for rooftop installations and furnace zones with operating temperatures above 750 ºC (1382 ºF). The burner lance extends through thick furnace walls and is capable of up to 60% excess gas operation.
    Key attributes
    Flame viewing port. Simple and reliable. Durable construction. Adjustable air and gas valves for precise control.
    Image Furnnox 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 5
  • Capacity range: 66 – 530 kW
  • Turndown: 10:1
  • Max. process temperature: 1540 ℃
  • Max. combustion air: 600 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • For continuous high temperature applications (e.g. annealing/pickling lines) as well as noncontinuous applications such as forge and heat treatment furnaces. Furnnox is a direct fired furnace burner with exceptionally low emissions for continuous high-temperature processes, e. g. in steel industry. Furnnox is capable of producing NOX emissions of less than 30 ppm at 3% O2 in most high-temperature applications. To achieve high efficiency, the burner is controlled on-ratio throughout the operating range. Available in standard configuration for ambient air or insulated versions for preheated combustion air.
    Key attributes
    Very low NOX. Robust, reliable perfomance. Compact, modular design.
    Image TriOx 01. Direct Fired Furnace Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 5
  • Capacity range: 700 – 7310 kW
  • Turndown: 10:1
  • Max. process temperature: 1480 ℃
  • Max. combustion air: TriOx 1: ambient temperature
    TriOx 2: 480 °C
  • Fuels: Natural gas, propane, butane
  • Technical information
  • The burners TriOx have been optimized for use in continuous furnace systems. They can be switched to INVISIFLAME® mode for ultra low NOX at a furnace temperature of > 870°C. Furthermore, variants which only operate in INVISIFLAME® mode are available for high-temperature applications. The burners are equipped with a refractory concrete combustion chamber. No additional burner quarl is necessary. The burners are predominantly used in brick-lined furnaces.
    Key attributes
    Low air and fuel pressure requirements. Optimized to produce low emissions levels. Insulated versions for preheated air up to 480°C (900°F).
    Image ECOMAX 02. Self Recuperative and Radiant Tube Burners Image Image Image Image Image
  • Type: Nozzle-mixing
  • Number of sizes: 7
  • Capacity range: 25 – 500 kW
  • Turndown: 3:1
  • Max. process temperature: 1300 ℃
  • Fuels: Natural gas, LPG, LCV gas, coke oven gas
  • Technical information
  • The burners with integrated recuperator ECOMAX® are used for heating on either direct or indirect furnace systems. ECOMAX® self recuperative burners are used in conjunction with metal or ceramic radiant tubes as indirect heating equipment whenever the combustion gases are to be separated from the product. In conjunction with the flue gas eductor EJEK to return the flue gas, the burner may be used in directly heated industrial furnaces and firing systems.
    Key attributes
    For direct and indirect heating equipment. Economical, energy-saving operation thanks to internal air preheating. Highly efficient with a ceramic burled tube recuperator, a cast steel ribbed tube recuperator.
    Image TJSR 02. Self Recuperative and Radiant Tube Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 4
  • Capacity range: 53 – 270 kW
  • Turndown: 10:1
  • Max. process temperature: 1200 ℃
  • Fuels: Natural gas
  • Technical information
  • TJSR is a direct fired, self recuperative burner that combines a high velocity flame with fuel saving recuperation. A space-saving integral eductor pulls the furnace exhaust through an internal SiC recuperator. This can improve furnace efficiency by reducing fuel consumption by as much as 50% compared to typical ambient air burners. TJSR eliminates the need for hot air duct work and secondary eductor air.
    Key attributes
    All the features of the ThermJet with dramatically improved efficiencies. Single air connection for combustion air and flue gas ejector simplifies piping. 90 – 100 % of flue gas exhausted through burner.
    Image SER 02. Self Recuperative and Radiant Tube Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 3 (4,5"-, 6"-, 8" borular)
  • Capacity range: 37 – 80 kW
  • Turndown: 10:1
  • Max. process temperature: 1010 ℃
  • Fuels: Natural gas
  • Technical information
  • SER (Single Ended Radiant Tube Burner) is a Nozzle-mixing burner with a recuperator that is coaxially mounted inside a single ended radiant tube. Combustion air entering the SER burner is preheated in the recuperative section by exhaust gases to provide up to 80% efficiency. SER burners have the added feature of internal flue gas recirculation, resulting in lower NOX emissions. The SER delivers exceptional heat flux and temperature uniformity. SER burners can be used with either metallic or ceramic radiant tubes in conjunction with segmented ceramic inner tubes.
    Key attributes
    Up to 80% efficiency. Compact design incorporates burner and recuperator. Easy installation and set-up.
    Image TFB 02. Self Recuperative and Radiant Tube Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 3
  • Capacity range: 80 – 530 kW
  • Turndown: 30:1
  • Max. process temperature: 1040 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • The Tube Firing Burner (TFB) is designed to fire into radiant and immersion tubes. The unique nozzle design creates a uniform, adjustable flame length. The long, spiraling flame results in cleaner combustion, efficient heat transfer and uniform tube temperatures. The flame scrubs the inside of the fire tubes to remove the gas film boundary layer and increase heat-transfer effectiveness with outstanding temperature uniformity.
    Key attributes
    Easy set-up with built-in orifice plates. One burner for multiple sized radiant tubes. Outstanding heat distribution.
    Image BU 02. Self Recuperative and Radiant Tube Burners Image
  • Type: Recuperator
  • Number of sizes: 5 (3"- ila 8" boru)
  • Capacity range: 16 – 110 kW
  • Max. process temperature: 1090 ℃
  • Technical information
  • The Bayonet-Ultra Recuperator is a high efficiency heat exchanger designed to fit into the exhaust leg of single, U, W or Trident-type radiant tubes. It is frequently paired with Eclipse Tube Firing Burners and is suitable for use with exhaust streams up to 1090°C (2100°F). This can provide fuel savings of up to 30%. The Bayonet- Ultra contains multiple tubes that dramatically increase the heat transfer area, while significantly decreasing the amount of fuel necessary to maintain required heat levels.
    Key attributes
    Outstanding heat recovery value. Improves burner efficiency up to 65%. Air-cooled housing.
    Image E-Jector FGR 02. Self Recuperative and Radiant Tube Burners Image
  • Type: FGR device
  • Number of sizes: (102 – 152 mm) 4 – 6"
  • Capacity range: max. 132 kW
  • Max. process temperature: 760 ℃
  • Technical information
  • E-Jector is a flange-mounted device that is used with radiant tubes to reduce NOX emissions by mixing flue gases with combustion air. It accommodates radiant tube diameters of 102 – 152 mm (4 – 6 inches). E-Jector is frequently used with Eclipse Bayonet-style recuperators to deliver higher fuel efficiencies while keeping NOX under control.
    Key attributes
    Up to 50% NOX reduction.
    Image PrimeFire 100 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Oxygen-fuel/Nozzle-mixing
  • Number of sizes: 4
  • Capacity range: 270 – 5300 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Conical-adjustable
  • Fuels: Natural gas, propane, fueloil
  • Technical information
  • The PrimeFire 100 oxygen-fuel burner has become an industry standard for glass furnace applications. It provides improved refractory life and reduced melting costs. The burner produces a conical-shaped flame and has multiple-fuel capabilities, from natural gas to light/heavy oils. The adjustable control on the burner allows variation in flame coverage to suit melter size and temperature profile.
    Key attributes
    Uniform heat distribution. High luminosity. No maintenance required.
    Image PrimeFire 300 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Oxygen-fuel/Nozzle-mixing
  • Number of sizes: 3
  • Capacity range: 530 – 2130 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Flat-adjustable
  • Fuels: Natural gas, fueloil
  • Technical information
  • The PrimeFire 300 burner for glass furnaces creates a fan-shaped flame with low momentum, which creates a lower peak flame temperature. This results in lower operating crown temperatures and lower volatile transport rates. The flame shape can be adjusted to suit the melter width and the required temperature profile. The PrimeFire 300 burner improves flame luminosity which increases radiant heat transmission to improve furnace efficiency.
    Key attributes
    Fan-shaped flame. Increased flame radiation, adjustable flame shape. Extremely low mixing rates of oxygen and fuel streams.
    Image PrimeFire 400 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Oxygen-fuel/Nozzle-mixing
  • Number of sizes: 4
  • Capacity range: 530 – 5300 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Flat-adjustable
  • Fuels: Natural gas, propane, fueloil
  • Technical information
  • PrimeFire 400 oxygen-fuel burner creates a fan-shaped flame geometry. The burner mixes a portion of the combustion oxygen with the fuel stream, causing gas cracking. This produces free carbon particles that increase flame luminosity which improves the radiant heat transfer to the glass load. As a result, overall furnace efficiency is improved, peak flame temperatures are reduced and NOX formation is lowered.
    Key attributes
    Fan-shaped flame. Patented “gas cracking” technology for maximum luminosity and highest efficiency. Significant reduction in NOX emissions.
    Image BrightFire 200 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Side port, under port, regenerative
  • Capacity range: 2670 – 8270 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Conical
  • Fuels: Natural gas, fueloil
  • Technical information
  • BrightFire® 200 is an adjustable, low NOX, airfuel burner, compatible with regenerative glass furnaces. The burner provides superior flame adjustability by splitting the gas inside the burner into two independently variable gas flows. This allows increased flexibility in flame geometry and therefore the location of heat release into the glass melt, in addition to a significant reduction in NOX.
    Key attributes
    Very low NOX. Highly adjustable - superior flame control. Single gas inlet for easy upgrade from original BrightFire.
    Image WGD 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Throughport; regenerative
  • Capacity range: 2000 – 12.200 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Conical
  • Fuels: Natural gas
  • Technical information
  • Low NOX WGD burners are compact, watercooled through-port burners designed to be inserted into the port neck of regenerative glass furnaces. Using a unique arrangement of converging flat jet nozzles, the burner produces a flat, fan-shaped luminous flame. This creates excellent flame coverage of the glass, ensuring high heat transfer and low NOX.
    Key attributes
    Large capacities possible in a single burner - compact. Excellent flame coverage of glass. Low NOX. Reduced fuel consumption. Refractory savings.
    Image 04V 03. Oxy-fuel Burners and Burners for The Glass Industry Image
  • Type: Recuperative
  • Capacity range: 270 – 2670 kW
  • Max. process temperature: 1650 ℃
  • Flame shape: Conical
  • Fuels: Natural gas, fueloil
  • Technical information
  • The 04V is an adjustable air-gas nozzle-mixing burner, suitable for glass furnace applications ranging from small glass day tanks, float glass furnace working ends, refiners and distributors, to large multi-burner recuperative furnaces. 04V burners can be either side or end fired on several types of continuous furnaces.
    Key attributes
    Hot/cold air. Combination fuel oil & gas. Adjustable for flame shape and capacity requirement.
    Image AirHeat v1 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range:260 kW/300 mm
  • Turndown: 40:1
  • Max. process temperature: 815 ℃
  • Fuels: Natural gas, propane
  • Technical information
  • AirHeat v1 is a compact modular burner, designed to generate a large volume of clean hot air for a wide range of industrial heating applications. All standard models feature an integrated combustion air blower mounted on the burner’s steel case. By supplying the correct air volume and pressure to the burner, this blower allows stable operation over a wide range of duct velocities. Available with combustion air blowers mounted remotely from the burner (e.g. outside of the duct).
    Key attributes
    Low CO emissions. Compact, modular design. Robust, reliable performance. Industry standard.
    Image AirHeat v2 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range:260 kW/300 mm
  • Turndown: 40:1
  • Max. process temperature: 815 ℃
  • Fuels: Natural gas, propane
  • Technical information
  • AirHeat v2 is a completely packaged line burner. Applications include ovens, driers, fume incinerators and similar industrial equipment. This burner provides simple, reliable operations, plus lower CO emissions than other competitive air heating burners. All standard models feature an integrated combustion air blower mounted on the burner’s steel case. AirHeat v2 provides stable operation over a wide range of duct velocities without the need to install a profile plate. Available with combustion air blowers mounted remotely from the burner (e.g. outside of the duct).
    Key attributes
    Extremely low CO emissions. Compact, modular design. Robust, reliable performance.
    Image RatioStar 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range:125 kW/150 mm
  • Turndown: 10:1
  • Max. process temperature: 750 ℃
  • Fuels: Natural gas, propane
  • Technical information
  • RatioStar is a modular duct burner designed with on-ratio control for direct fired air heating applications. Burners are configured in rows of up to 24 modules. Propagation modules connect individual burner rows to provide cross ignition. This modular design allows for a wide range of burner matrix configurations. Burner modules are built with high-quality stainless steel.
    Key attributes
    Flexible design. Reliable with low air flow. Short flame length.
    Image Minnox 04. Line-style Air Heating and Duct Burners Image
  • Type: Premix
  • Number of sizes: Modular
  • Capacity range:125 kW/150 mm
  • Turndown: 10:1
  • Max. process temperature: 800 ℃
  • Fuels: Natural gas, propane
  • Technical information
  • The Minnox burner design utilizes a premixed gas/air mixture with excess air. The result is a cooler flame which produces a very low NOX discharge. The recirculating flame geometry acts to significantly reduce CO emissions. Minnox systems are typically supplied with the burner, mixer and supply manifold mounted into a duct section or as a side plate for insertion into existing process ductwork.
    Key attributes
    Industry leading ultra low emissions. <10 ppm NOX and <30 ppm CO emissions @ 3% O2. Short flame length.
    Image LinnoxUle 04. Line-style Air Heating and Duct Burners Image
  • Type: Premix
  • Number of sizes: 12/Modular
  • Capacity range: 24-720 kW/300 mm
  • Turndown: 10:1
  • Max. process temperature: 800 ℃
  • Fuels: Natural gas
  • Technical information
  • Linnox ULE is designed for use in any direct or indirect fired air heating application requiring excellent heat distribution, temperature uniformity, low emissions and simple robust controls. Burner operation is based on a high excess air pre-mix combustion that keeps flame temperatures low while burner geometry establishes an internal recirculation flame pattern. This allows for extremely low emissions at a high turndown rate (10:1) while maintaining stable combustion.
    Key attributes
    Ultra low emissions. Less than 15 ppm NOX and 100 ppm CO at 3% O2 with simple controls. Very short flame length.
    Image AH-MA 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range: 350 kW/300 mm
  • Turndown: 30:1
  • Max. process temperature: 450 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • AH-MA is a line-type burner, ideal for heating fresh air in make-up and process air heating applications. The burner operates over a wide range of velocities, inputs and fuels. AH-MA produces a uniform, odourless, smokeless flame, while optimizing emissions and efficiency. In addition, corrosion resistant options are available using aluminium or nickel-plated cast iron burner bodies.
    Key attributes
    Robust, reliable performance. Compact, modular design.
    Image FlueFire 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range: 350 kW/150 mm
  • Turndown: 10:1
  • Max. process temperature: 1200 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • FlueFire is an in-duct burner designed for supplemental firing in cogeneration and combinedcycle installations. The burner is also suitable for fresh air operation or incineration applications. The FlueFire takes its oxygen requirement from the turbine exhaust gases. The burner can function with inlet temperatures up to 700°C (1300°F) and outlet temperatures up to 1200°C (2200°F).
    Key attributes
    Clean combustion with low NOX. Exceptional flame stability. Meets changing heat demands while maintaining uniform temperature distribution.
    Image InciniFume 04. Line-style Air Heating and Duct Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: Modular
  • Capacity range: 250 kW/300 mm
  • Turndown: 10:1
  • Max. process temperature: 950 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • InciniFume is a modular in-duct burner. The burner uses the oxygen within the exhaust flow to complete the combustion process. The short flame and uniform temperature distribution make it ideal for a variety of industrial processes requiring large heat inputs and high outlet temperatures. The burner can be assembled in straight sections, t- sections or crosses.
    Key attributes
    Short flame and uniform temperature distribution.
    Image RatioMatic 05. Air Heating Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 14
  • Capacity range: 135 - 8000 kW
  • Turndown: 21:1 ila 100:1
  • Max. process temperature: 1038 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • RatioMatic is a packaged air heating burner that features simple operation and robust, reliable performance. The ratio regulator and direct drive air butterfly valve simplify start-up and adjustment. The fast mixing nozzle provides clean, stable flame at all firing rates. RatioMatic delivers high fuel efficiency and low NOX, CO and aldehyde outputs. The design of the RatioMatic makes it easy to install, operate and maintain.
    Key attributes
    Easy set-up. No gas adjustment with ratio control. Optional burner lengths to accommodate various oven wall thicknesses. Robust, reliable performance.
    Image Winnox 05. Air Heating Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 8
  • Capacity range: 147 - 3330 kW
  • Turndown: 7:1 ila 17:1
  • Max. process temperature: 982 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • Winnox is designed to comply with global emissions regulations. Easy to set up and operate, the low NOX Winnox burner is ideal for air heating and oven applications. Winnox features an intense, short, swirled flame that is completely contained within the firing tube. The nozzle creates an intense mixing of air and fuel, resulting in extremely low emissions.
    Key attributes
    Robust, reliable performance. 5 – 20 ppm NOX emissions at 3% O2. Simple operation. Safe and reliable. Very short flame.
    Image ThermAir 05. Air Heating Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 9
  • Capacity range: 40 - 1340 kW
  • Turndown: 30:1
  • Max. process temperature: 1038 ℃
  • Fuels: Natural gas, propane, butane, landfill gas, LCV gas
  • Technical information
  • ThermAir is a nozzle-mixing burner with a packaged air blower that is designed to fire with fixed combustion air over a wide turndown range. The burner is simple to set up and adjust. ThermAir burners are ideal on heaters, textile ovens and in situations where the fuel is highly variable (800 BTU/cf to 3200 BTU/cf). This burner is perfect for ovens needing additional air to carry moisture away from the product being heated.
    Key attributes
    Easy set-up and operation. Modulating gas control. Wide range of fuels.
    Image RatioAir 05. Air Heating Burners Image
  • Type: Nozzle-mixing
  • Boy sayısı: 11
  • Capacity range: 71 - 5330 kW
  • Turndown: 30:1
  • Max. process temperature: 1538 ℃
  • Fuels: Natural gas, propane, butane, landfill gas, LCV gas
  • Technical information
  • RatioAir is a premium air heating burner ideally suited for applications that require a velocity burner with an integrated packaged blower and ratio control. RatioAir burners can deliver flame speeds of up to 150 m/s (500 ft/s) to deliver improved temperature uniformity, product quality and system efficiency. It also permits the use of low BTU fuels.
    Key attributes
    Packaged velocity burner. Ratio control plus high excess air. Alloy, ceramic and refractory block combustor options. Wide range of fuels.
    Image Incini-Cone 05. Air Heating Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 9
  • Capacity range: 400 - 8600 kW
  • Turndown: 26:1
  • Max. process temperature: 900 ℃
  • Fuels: Natural gas, propane, butane, 2 numara fueloil
  • Technical information
  • Incini-Cone burners are designed for fume incineration and the after-heating of exhaust from turbines, driers, ovens and similar equipment. The burner is mounted in the exhaust duct and requires the exhaust stream to supply all of the oxygen needed for complete combustion.
    Key attributes
    High turndown. Compact design. Minimal maintenance. Raw gas pilot.
    Image HeatPak 05. Air Heating Burners Image RatioMatic HeatPak RMHP
  • Number of sizes: 5
  • Capacity range: 200 - 1100 kW
  • Fuels: Natural gas, propane, butane
  • RatioAir HeatPak RAHP
  • Number of sizes: 5
  • Capacity range: 100 - 900 kW
  • Fuels: Natural gas, propane, butane
  • ThermAir HeatPak TAHP
  • Number of sizes: 6
  • Capacity range: 100 - 1045 kW
  • Fuels: Natural gas, propane, butane
  • Technical information
  • Completely pre-assembled and pre-wired burner packages based on either RatioMatic, RatioAir or ThermAir with mounted fan, gas safety and control system and automatic burner control unit for applications in industry. Thanks to their compact design, both conversion of existing systems and initial installation can be implemented within a very short time. Control is carried out using air/gas ratio control (RMHP and RAHP) or gas-only control (TAHP) using linear flow control LFC in the gas circuit with a constant air volume.
    Image ImmersoJet 06. Immersion Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 5
  • Capacity range: 51 - 2130 kW
  • Turndown: Min. 7:1
  • Max. process temperature: 900 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • ImmersoJet is a nozzle-mixing, tube-firing burner designed to fire at high velocities through a small diameter immersion tube in immersion heating tanks. The combustion gases from the burner scrub the inner tube surfaces to produce a high heat transfer rate and fast heat-up times. The high velocity flow through the smaller diameter tubes allows for system efficiencies in excess of 80%.
    Key attributes
    Up to 80% efficiency. Allows the use of smaller, lower cost tubes.
    Image ImmersoPak 06. Immersion Burners Image
  • Type: Nozzle-mixing
  • Number of sizes: 6
  • Capacity range: 72 - 1090 kW
  • Turndown: En az 4,5:1
  • Max. process temperature: 900 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • The ImmersoPak burner is ideal for heating immersion tubes on cleaning tanks, spray washers, salt baths, quenching tanks, tempering tanks, asphalt tanks and similar equipment. Immerso- Pak is easy to install, simple to operate, and offers durability and long service life in industrial environments. It delivers smooth, quiet performance, even during cold starts.
    Key attributes
    Up to 80% efficiency. Easy set-up with no gas adjustment. Compact, modular design.
    Image RHT 07. Indirect Air Heaters Image
  • Type: Indirect air heaters
  • Number of sizes: 9
  • Capacity range: 50 - 800 kW
  • Max. process temperature: 290 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • Indirect Air Heaters RHT are designed to heat recirculating ovens and driers where the products of combustion must be isolated from the process air stream. They are also excellent for use in industrial space heating systems. The firing chamber and exhaust tubes are assembled as a single unit for easy installation and optimum performance.
    Key attributes
    Separates products of combustion from process air stream. Easy maintenance. Meets NFPA 86 requirements.
    Image ER 07. Indirect Air Heaters Image
  • Type: Indirect air heaters
  • Number of sizes: 9
  • Capacity range: 240 - 4560 kW
  • Max. process temperature: 420 ℃
  • Fuels: Natural gas, propane, butane
  • Technical information
  • Indirect Air Heaters ER are ideal for heating and drying applications requiring contaminant-free process air. Typical applications include pharmaceutical spray driers, chemical driers and drying ovens. In addition, component options are available to meet demanding dairy industry requirements.
    Key attributes
    Complete packaged solution. Clean process air – free from products of combustion. High efficiency. Ultra-low emission burner options.
    Image ZAI 08. Pilot Burners with Ionization Control Image ZAI
  • Capacity range: 3 kW
  • Gas types: Natural gas, propane; other gases on request
  • Technical information
  • Atmospheric pilot burner.
    Image ZMI 08. Pilot Burners with Ionization Control Image ZMI 16
  • Capacity range: 1 - 2 kW
  • ZMI 25
  • Capacity range: 2,5 - 4 kW
  • Gas types: Natural gas, propane, coke oven gas.
  • Technical information
  • With forced air supply.
    Image ZKIH 08. Pilot Burners with Ionization Control Image
  • Capacity range: 2 - 7 kW
  • For natural gas
  • Capacity range: max. 5 kW
  • Gas types: Natural gas, propane, coke oven gas.
  • Technical information
  • With forced air supply.
    Image ZIO 40 08. Pilot Burners with Ionization Control Image ZIO 40
  • Capacity range: 20 - 76 kW
  • Gas types: Natural gas, propane, coke oven gas.
  • With forced air supply.
    Image Burner nozzles 09. Open Burner Nozzles Image
  • Type: Premix
  • Number of sizes: 4
  • Capacity range: 0,8 – 2,9 kW
  • Small burners for use in groups to heat a wide area. For use as pipe burners with pre-mixed air/ gas.
    Image Sticktite Burner nozzles 09. Open Burner Nozzles Image
  • Type: Premix
  • Number of sizes: 10
  • Capacity range: 0,8 – 2,9 kW
  • Open-type burner nozzle with built-in flame retention. For use with air/gas mixers.
    Image Ferrofix Burner nozzles 09. Open Burner Nozzles Image
  • Type: Premix
  • Number of sizes: 13
  • Capacity range: 0,8 – 2,9 kW
  • Open-type burner nozzle with built-in flame retention. For use with air/gas mixers.
    Image ZTA 10. Thermo Pilot Burners Image
  • Capacity range: 1 kW
  • Gas types: Natural gas, LPG, coke oven gas.
  • Technical information
  • For safe ignition and thermoelectric safeguarding in conjunction with control valve S11T of gas burners in applications without voltage supply.
    Atmospheric pilot burner.
    Image ZT 40 10. Thermo Pilot Burners Image Image
  • Capacity range: 1 kW
  • Gas types: Natural gas, LPG, coke oven gas.
  • Technical information
  • For safe ignition and thermoelectric safeguarding in conjunction with control valve S11T of gas burners in applications without voltage supply.
    ZT 40..A: atmospheric,
    ZT 40../100: with forced air supply.
    Image ZTI 55 10. Thermo Pilot Burners Image With natural gas
  • Capacity range: 3,3 kW
  • With LPG
  • Capacity range: 2,5 kW
  • With town gas
  • Capacity range: 2,3 kW
  • Gas types: Natural gas, LPG, coke oven gas.
  • Technical information
  • For safe ignition and thermoelectric safeguarding in conjunction with control valve S11T of gas burners in applications without voltage supply.
    Atmospheric pilot burner with ionization electrode.
    Image Devre valfi S11T 10. Thermo Pilot Burners Image
  • Inlet pressure: max. 1500 mbar.
  • Technical information
  • The control valve S11T operates independently of the mains power supply. The control valve S11T..S is also available with a switch to control an ignition transformer.
    Brand Model Type Picture Technical Properties Explanation

    The above information is a guide and may vary. Use the docuthek website for the most accurate and up-to-date information.

    Honeywell products may not be available in some markets.