Furnace Burner
Burner optimized for high-temperature industrial furnaces including steel heating furnaces, melting furnaces, glass melting furnaces, plastic heating furnaces, building materials, and rotary kilns. Supports Gas+Oil dual-fuel operation.
For furnace burners, internal heat distribution and process temperature stability within the industrial furnace are critical. NBPKOREA reviews furnace volume, target temperature, preheated air conditions, and fuel specifications together to propose burner systems suited for high-temperature processes.
Applications
Furnace Burner Flow
Product Features
Key Capabilities
Temperature Range
High-Temperature Duty
Combustion conditions are configured for high-temperature heat treatment and melting processes.
Fuel Options
Gas / Dual Fuel
Fuel configuration is reviewed to match site fuel specifications and operating conditions.
Flame Design
Process-Matched Flame
Flame patterns are proposed to match furnace length, burner position, and heat load.
Field Engineering
Furnace-Custom Layout
Custom design is provided to match industrial furnace structure and production process.
Design Considerations
Flame Length
Flame characteristics such as straight, diffusion, and swirl types are reviewed to match heating targets and furnace length.
Heat Load Distribution
Burner quantity and position are adjusted based on in-furnace heat balance and product placement.
Preheated Air
When air preheating conditions exist, burner head material and control range are reviewed together.
Fuel Configuration
Ignition method and valve train are designed according to gas-only or dual fuel configuration.
Specifications
Furnace burner design varies significantly depending on furnace temperature conditions, target production volume, furnace length, and exhaust conditions. After reviewing site specifications, we propose burner type, fuel method, control logic, and installation layout as a custom solution.
Application Examples
Considering the Furnace Burner?
We will propose the optimal specifications for your site conditions.