KPT-80-16N

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KPT-80-16N is a dual-zone, three-ring resistance furnace structure. With a maximum temperature of 1200℃ and control temperature tolerance of ±3℃, it is suitable for many different applications. This article will discuss the application field of KPT-80-16N and how it works.

Application Field

KPT-80-16N is versatile and can be used in a wide range of applications. It is commonly used in scientific research and development areas for sintering experiments, ceramic forming technology and refractory material test experiments. The resistance furnace is also used in a range of industrial production processes including:

• Heat treatment of parts and tools for automobiles and mining machinery
• High-temperature alloy materials tempering and aging treatment
• Heat treatment of die and mold steel compounds
• Advancing heat treating technology of bearing steel and gear steel
• Glass tempering and baking
• Heat treatment of NdFeB permanent magnet materials
• Cleanliness test for electrical steel sheets

Furthermore, KPT-80-16N is also often used in jewelry and enamel industry, as well as other industrial fields.

Working Principle

KPT-80-16N resistance furnace is a device that transforms electrical energy into thermal energy. The furnace consists of multiple electric heating elements and is powered by alternating current (AC). The heat energy generated by the electric heating element is distributed in the furnace, heating up the furnace and containing the temperature.

The temperature control system is an integral part of the resistance furnace. The system is made up of a temperature controller, thermocouples, an mV signal amplifier circuit, and programmable logic controllers. The temperature controller is used to receive the mV signal from the thermocouple, and then regulate the temperature of the furnace using the adjustable voltage output. The PLC controls the operation of the heating elements.

furthermore, the mechanical structure of KPT-80-16N is also important for its good performance. The body is made of precoated steel sheets, which can effectively reduce heat loss and eliminate thermal deformation so that the furnace can reach a higher temperature. The silicon carbide heating element is resistant to wear and tear and can tolerate high temperatures. The furnace is also equipped with an anti-corrosion system that can protect the interior parts from damage due to oxidation.

In conclusion, KPT-80-16N is a versatile resistance furnace suitable for many industrial applications. It can reach a maximum temperature of 1200℃ with control temperature tolerance of ±3℃. The furnace consists of electric heating elements, temperature controlling system, and a strong mechanical structure, which enables the furnace to reach high temperatures and maintain the temperature stably.

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