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Infrared Gas Burner Manufacturer

An infrared gas burner is a type of burner that produces heat through infrared radiation instead of an open flame. It uses gas such as natural gas or LPG and a special surface (usually ceramic or metal mesh) that becomes extremely hot and emits infrared heat. 

This heating method transfers energy directly to the material or surface being heated, making it highly efficient and fast.

Infrared gas burners are widely used in industrial heating processes where consistent and controlled heat is required. 

Compared to traditional burners, they provide higher energy efficiency, lower fuel consumption, and more uniform heat distribution. Because the heat is transferred directly, less energy is lost to the surrounding air.

Common applications of infrared gas burners include industrial ovens, food processing, drying systems, paint curing, plastic heating, textile processing, and baking equipment. 

Due to their reliability and energy-saving performance, they are increasingly used in modern manufacturing and industrial heating systems.

What is an Infrared Gas Burner

An infrared gas burner is a heating device that produces heat through radiant heat (infrared radiation) rather than a visible open flame. In this system, gas such as natural gas or LPG is mixed with air and burned on a special ceramic plate or metal surface.

The ceramic plate becomes extremely hot during the combustion process and emits infrared radiation, which transfers heat directly to the object or surface being heated.

The combustion process inside an infrared burner is carefully controlled so that the flame remains close to the burner surface.

This allows the ceramic plate to glow and radiate heat evenly. Unlike traditional burners that heat the surrounding air first, infrared burners deliver direct radiant heat, making the heating process faster and more effective.

Because heat is transferred directly to the target surface, energy efficiency is significantly higher. This reduces fuel consumption, improves heating performance, and makes infrared gas burners ideal for many industrial heating applications.

Types of Infrared Gas Burners

Infrared gas burners are available in several types depending on their design, fuel source, and heating method. Each type is developed for specific industrial applications and offers different advantages in terms of heat distribution, efficiency, and operating conditions.

Ceramic Infrared Burners

Ceramic infrared burners are one of the most common types used in industrial heating systems. These burners use a ceramic plate or tile with many small holes where the gas–air mixture burns.

When the gas combusts, the ceramic surface becomes extremely hot and emits strong infrared radiant heat. Ceramic burners are known for their high temperature output, durability, and uniform heat distribution. They are widely used in industrial ovens, food processing equipment, drying systems, and paint curing applications.

Catalytic Infrared Burners

Catalytic infrared burners operate using a catalytic reaction instead of an open flame. In this system, gas reacts with a catalyst-coated surface, producing infrared heat at a lower temperature. Because there is no visible flame, catalytic burners are safer and produce fewer emissions.

They are commonly used in applications where controlled and clean heating is required, such as textile processing, drying systems, and sensitive industrial environments.

Natural Gas Infrared Burners

Natural gas infrared burners are specifically designed to operate using natural gas as the primary fuel source. These burners provide efficient combustion, stable heat output, and lower operating costs.

Due to the availability and cost-effectiveness of natural gas, they are widely used in large industrial heating systems, manufacturing processes, and commercial equipment where continuous and energy-efficient heating is essential.

Natural Gas IR Burners

Natural Gas IR Burners are infrared heating devices designed to operate using natural gas as the primary fuel source. These burners generate heat through infrared radiation, allowing energy to transfer directly to the material or surface being heated.

Because natural gas burns cleanly and efficiently, these burners are widely used in industrial heating applications such as ovens, drying systems, food processing equipment, and manufacturing lines.

One of the key advantages of Natural Gas IR Burners is their energy-saving performance. The infrared heating method reduces heat loss and improves fuel efficiency compared to conventional burners.

In addition, they offer stable combustion, ensuring consistent heat output and reliable operation. This makes them an ideal solution for industries that require continuous, efficient, and controlled heating processes.

Infrared Catalytic Burners

Infrared Catalytic Burners use a special catalytic combustion process to produce heat without a visible flame. In this system, gas reacts with a catalyst-coated surface, generating infrared radiation at controlled temperatures.

This process allows the burner to deliver smokeless heating with very low emissions, making it suitable for clean and sensitive industrial environments.

Because the heat is produced evenly and safely, catalytic burners are widely used in industrial drying systems, where consistent and controlled heat is required. They are also commonly applied in coating lines and paint curing processes, where stable infrared heat helps improve drying speed and product quality.

With their efficient fuel use and clean operation, infrared catalytic burners provide a reliable heating solution for many modern industrial applications.

 
 

Industrial Applications of Infrared Gas Burners

Infrared gas burners are widely used in many industries because they provide fast, efficient, and uniform heating. Their ability to deliver direct radiant heat makes them suitable for processes that require precise temperature control and energy efficiency.

In the food processing industry, infrared burners are used in baking ovens, roasting equipment, and drying systems to ensure consistent cooking and high productivity. They are also commonly used in powder coating ovens, where infrared heat helps cure coatings quickly and evenly.

In the textile industry, infrared burners assist in fabric drying and heat treatment, improving production speed and reducing energy consumption. They are also used in agricultural heating, such as poultry farms and greenhouse systems, where stable and efficient heat is important.

Additionally, infrared burners are found in gas grills and commercial cooking equipment, as well as in plastic and rubber processing, where controlled heat is needed for molding, shaping, and surface treatment.

Our Infrared Burner Models

Triple Fire Row Burners Flame Fire Burner for Baking Room Powder Spraying Drying Tunnel Gas Stove

Triple Fire Row Burners Flame Fire Burner is a high-performance gas burner designed for efficient and uniform heating in industrial applications. It features three rows of powerful flames that provide stable combustion and strong heat output.

This burner is widely used in baking rooms, powder spraying lines, drying tunnels, and gas stove heating systems. Its design ensures even heat distribution, fast temperature rise, and reliable operation.

With durable materials and energy-efficient performance, the triple fire row burner helps improve productivity and reduce fuel consumption in various industrial heating processes.

Triple Fire Row Burners Flame Fire Burner for Baking Room Powder Spraying Drying Tunnel Gas Stove

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HY220 BBQ Infrared Catalytic Gas Burner

BBQ Infrared Catalytic Gas Burner made with aluminzied steel, rare-earth ceramic heating part

Size: 220mm*170mm*60mm

Weigth: 0.9kg

Heat Output: 10000 BTU/h, 2520 Kcal/hr

Gas Consumption: 0.31NG(m3/h) , 0.22LPG(kg/h)

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Poultry Farm Infrared Catalytic Gas Heater, Gas Brooder

Poultry Farm Infrared Catalytic Gas Heater, Gas Brooder for Poultry House, Poultry Farm, Livestock Farm, Garden and Greenhouse, Warehouse, Factory

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HY-1007 Fire Row Burner Natural Gas Burners

Size:

1. Please consider the width,size, and temperature of the stove base to choose a model. The surface temperature of the burner HY-1602 can reach above 800°C. The burner K-1602 is the Top1 of the high frequency of radioactivity.
2. When purchasing, please indicate the type of the gas is NG or LPG.
3. The standard gas pressure for infrared gas burner is 280+-50mmH2O
4. Before selling, the mixing ratio of gas and air has been adjusted; please do not move the air door of the infrared gas burner.

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FAQ – Infrared Gas Burners

1. What is an infrared gas burner?


An infrared gas burner is a heating device that produces heat through infrared radiation instead of an open flame. Gas is burned on a ceramic or metal surface, which becomes hot and emits radiant heat directly to the target material.

2. What are the advantages of infrared gas burners?


Infrared gas burners offer high energy efficiency, faster heating, and uniform heat distribution. They also reduce fuel consumption and provide better temperature control compared to traditional burners.

3. Where are infrared gas burners commonly used?


They are widely used in industrial ovens, food processing equipment, powder coating lines, textile drying systems, plastic processing, and commercial cooking equipment.

4. What fuels can be used in infrared gas burners?


Infrared burners typically operate with natural gas, LPG (liquefied petroleum gas), or propane, depending on the burner design and industrial requirements.

5. Are infrared gas burners energy efficient?


Yes. Because infrared burners transfer heat directly to the object or surface, less energy is lost to surrounding air, making them more energy-efficient than conventional heating systems.

6. Are infrared catalytic burners safe to use?


Infrared catalytic burners are considered safe and environmentally friendly because they use catalytic combustion, which produces heat with very low emissions and minimal smoke.