Laboratory Furnace

Approx. Rs 3 Lakh / PieceGet Latest Price

Just as their 1200°C counterparts, these compact tube furnaces with SiC rod heating and integrated switchgear and controller can be used universally for many processes. With an easy to replace working tube as well as additional standard equipment options, these furnaces are flexible and can be used for a wide range of applications. The high-quality fiber insulation ensures fast heating and cooling times. The SiC heating rods installed parallel to the working tube ensure excellent temperature uniformity. Designed to perform like a work horse with best selected materials and rugged design, these furnaces offer the best price-performance ratio. Developed on exposed heating element technology platform they can work non-stop at 1400°C. The furnaces have open architecture which means that work tubes and thermocouple are easily replaceable. With a range of SiC heating elements available as option it is possible to provide continuous working temperatures of 1500°C. These furnaces are very flexible in terms of work tube which can be easily changed for processing different materials. 

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Heat treatment (or heat treatment) generally refers to a group of thermal processes in industrial and metalworking applications used to intentionally alter the physical and sometimes chemical properties of materials, usually metals continuous mesh belt furnaces. These changes in physical and chemical properties usually take the form of hardening or softening of the material by heating it in a hot furnace or cooling it to extreme temperatures.

A heat treatment furnace is essentially a heating chamber. a refractory vessel containing both steel and heat. The furnace chamber is heated with a heat source. Depending on the requirements, the heat supply should be adjusted and a continuous mesh belt furnace. More heat is needed during the heating season, but once the stove reaches and is maintained at the required temperature, it will require nearly constant heat.

Heat must be supplied throughout a properly designed furnace to ensure a constant temperature wherever the charge is held. Doors and openings are kept as small as possible to reduce heat loss. Tempering and low-temperature furnaces may require provision for forced air or atmospheric circulation. Carburized parts can be self-quenched in the furnace.

Heat treatment furnaces play a very important role in imparting reproducible performance characteristics to steel parts. Furnace design depends on the material being processed and the specific process that needs to be performed at a specific temperature. If parts need to be heat treated at different temperatures, multiple furnaces may be required as a furnace suitable for use at 1300°C may not be suitable for use at 300°C.

This is because below 700 °C, especially around 300 °C, heat transfer is primarily by conduction and convection. The role of radiation is relatively minor. Box ovens are therefore unsuitable. Requires convection oven. Therefore, it cannot be tempered in a quenching furnace. Modern oven designs are so advanced that there are specific ovens for all temperature ranges. There is no furnace that efficiently performs all heat treatments.

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Approx. Rs 5 Lakh / UnitGet Latest Price

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