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Types of Industrial Furnace

 
 
Designed to create high temperatures needed to heat treat parts, process metals, and cure metal coatings, industrial ovens play a key role in manufacturing, material processing, research, and medicine.
Modern industrial ovens can operate in several modes; gas, electricity, steam, hot water, microwaves, fuel oil batch, or conveyor-loaded systems. Emphasis is placed on maximising product loading and airflow pattern performance.

Industrial Oven Types

 
 
Continuous Ovens
Mass production; may include heating and cooling functions.
 
Batch Ovens
Simultaneous large volume processing.
 
 

Applications

 
Sterilisation
Preparation of medical devices and instruments for aseptic use.
 
Pharmaceuticals
Bake coatings onto pills, oxidizer to remove excess chemicals and waste.
 
Burn-In Testing
Static and dynamic burn-in testing for integrated circuits and electronic devices. Provides harsh and hazardous conditions to detect product defects.
 
Heating Treatment
Controlled temperature tempering, ageing, stress relief, and annealing to strengthen metals.
 
Preheating / Drying
Controlled temperature to prepare material for the next step in production process or drying process.
 
A key component of industrial furnaces, industrial heaters convert fuel and raw materials into thermal energy to power a system, process stream or closed environment.

Industrial Heater Types

 
 
Circulation Heaters
 
Duct Heaters
 
 
 
Immersion Heaters
 
Space/Room Heaters
 
 
Others
 

Applications

 
Annealing / Heat Treating
Material stress-relief or softening to facilitate cold working necessary to prevent fracturing.
 
Curing / Tempering
Decrease the hardness of ferrous alloys to increase toughness.
 
Drying
In-process or batch operation for controlled and consistent product or material drying.
 
Melting
Transform materials from a solid to a liquid state for further processing (e.g. casting).
 

Fuel/Energy Source

 
Electric / Solar (AC / DC)
 
Combustible fluids (Gas / Propane / Oil / Kerosene)
 
Thermal fluids (Steam / Hot water)
   
 
Industrial burners facilitate the mixing of oxygen with fuel to achieve controlled combustion. By injecting fuel into the system via a burner tip, industrial burners can also shape flame and heat-release patterns, which are further controlled by the combustion chamber.
Our industrial burner systems are designed to maximise availability, reliability, and performance while minimising maintenance.
 

Applications

 
Heating for furnace systems (solids / liquids / fluids)
 
Melting & Holding (metals / materials)
 
Manufacturing
 
Steam production
 
Initiating chemical reactions
 
Recycling
 
Glass blowing
   
 
Highly sensitive and precise, thermocouples measure changes in temperature via voltage changes that occur in tandem with the temperature between the junction of two types of metal (thermocouples).
Thermocouples are inexpensive, interchangeable, self-powered, and can be equipped with different connectors to measure a wide range of temperatures—making them ideal for manufacturing, material processing, and even commercial applications.
 

Applications

 
Industrial Furnaces
Capable of withstanding high temperatures, corrosive conditions (air, reducing, oxidising), and versatile mounting configuration.
 
Food Applications
Oven control, penetration probes, Clean-In-Place sensors, food chain monitoring, hotplate control, monitoring, and steam kettle temperature control.
 
High Temperature
Extrusion applications, including temperature measurement for molten metal and extrusion plastic and aluminium moulding/manufacturing.
 
Low Temperature
Many thermocouples model can measure temperatures down to -200°C