Industrial furnaces are used globally for a wide range of applications. As the selection of applications grew, different types of furnaces were developed to keep up with demands.
Ashing furnaces are used to determine the amount of ash that forms after a sample is burned. Typical materials used as samples in ashing furnaces are petroleum products, lubricating oils, and coal.
This process is often used to determine any contaminants in the sample, which is sometimes only present if ash is produced. Ashing is used as a preconcentration method to determine any trace substances before chemical analysis.
Calcination furnaces are generally used to prepare raw materials for raw processing or to recover the base material following other processes.
Calcination is a heat treatment processes where samples including minerals or ceramic powders are heated below the melting point to induce phase transition, thermal decomposition, or to remove a volatile fraction.
Tempering furnaces are often used after iron-based alloys have been subjected to hardening or quenching, which can cause excess hardness, stress, and brittleness.
Tempering is the process of heating steel to a specific temperature and then cooling it in still air. The temperature the metal is heated to determines how much hardness is removed.
Annealing is a heat treatment process that is used to soften a sample for improved cold working, machinability, and to enhance mechanical and electrical properties.
Annealing furnaces work by heating up a material and maintaining the temperature before cooling at a suitable rate. Depending on the requirements, different temperatures and cooling rates will be used.
Sintering furnaces are used to reduce the porosity of a material and to enhance a specific property including strength, translucency, thermal conductivity, or electrical conductivity.
The sintering process works by forming and compacting a solid mass of material using pressure or heat without melting the sample to the point of liquefaction.
ROTARY TUBE FURNACES
Rotary tube furnaces are circular furnaces that rotate during heat treatment and are often used for continuous materials processing as they can apply heat in multiple thermal control zones.
Tube furnaces are mainly used in metallurgy, glass, heat treatment, lithium battery positive and negative materials, new energy, LED luminescent materials, abrasive tools and other industries to measure materials under certain atmosphere conditions.Heat treatment process of gear vacuum carburizing and quenching The tube furnace is protected by hydrogen filling after vacuuming, and uses the principle of medium frequency induction heating to generate high temperature in the tungsten crucible in the coil tube, and conducts it through thermal radiation.
TransTemp transparent tube furnace
The TransTemp transparent tube furnace was originally developed at the Lincoln Laboratory on the campus of MIT. Unlike conventional furnaces, the TransTemp becomes transparent at approximately 600°C, which makes it possible to see a process as it takes place inside the furnace. TransTemp transparent furnaces use a gold mirror that reflects infrared radation and acts as an insulator. The use of only a gold mirror for insulation minimizes mass and allows for very fast heat up and cool down rates. The maximum recommended operating temperature of the TransTemp tube furnace is 1000°C.
1200°C box furnace. Featuring an integrated control system, Thermcraft’s 1200°C Express Line lab furnace has a vertical lift door that ensures hot door insulation that faces away from the user. Likewise, a safety switch interrupts power when the door is open. The processing of steel parts, drying, preheating, and curing are typical applications.
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