NBD-T1200-80IIIT hydrogen reduction furnace Introduction: NBD-T series high temperature tube furnace consists of automatic feeding system, high temperature heating system, cooling system, vacuum system, automatic control system and four-way air intake system. The automatic feeding system consists of a stepping motor, a screw drive system, a positioning system, a sealing system and a temperature measuring device. The heating system consists of a control circuit and a furnace. The lining uses a vacuum-formed high-purity alumina lightweight material with a silicon carbon rod as the heating element. The heat-resistant stainless steel pipe traverses the middle of the furnace as a furnace. The two ends of the furnace tube are sealed by stainless steel flanges. The heating element is parallel to the furnace tube, which can effectively ensure the uniformity of the temperature field. The temperature measurement adopts the S-type thermocouple with stable performance to improve the temperature. Temperature control accuracy. It is a special equipment developed for universities, research institutes and industrial and mining enterprises to sinter, melt and analyze metal, non-metal and other compound materials under atmospheric or vacuum conditions. The furnace temperature control panel is an intuitive and simple touch screen for viewing the working status of the system at any time. Technical Parameters: Specification model: NBD-T1200-80IIIT Temperature control accuracy: ±1 °C Touch screen size: 7 inches Rated voltage: three-phase 380V Rated power: 12KW Sensor type: the furnace is an S-type thermocouple, and the cartridge is a K-type thermocouple Maximum temperature: 1200 ° C Rated temperature: 1150 ° C Pipe diameter: outer diameter Φ80 × length 1445mm Furnace size: 4500 × 800 × 2100mm Recommended heating rate: 10 ° C / min Weight: about 850KG
Introduction: NBD-T series high temperature tube furnace consists of automatic feeding system, high temperature heating system, cooling system, vacuum system, automatic control system and four-way air intake system. The automatic feeding system consists of a stepping motor, a screw drive system, a positioning system, a sealing system and a temperature measuring device. The heating system consists of a control circuit and a furnace. The lining uses a vacuum-formed high-purity alumina lightweight material with a silicon carbon rod as the heating element. The heat-resistant stainless steel pipe traverses the middle of the furnace as a furnace. The two ends of the furnace tube are sealed by stainless steel flanges. The heating element is parallel to the furnace tube, which can effectively ensure the uniformity of the temperature field. The temperature measurement adopts the S-type thermocouple with stable performance to improve the temperature. Temperature control accuracy. It is a special equipment developed for universities, research institutes and industrial and mining enterprises to sinter, melt and analyze metal, non-metal and other compound materials under atmospheric or vacuum conditions. The furnace temperature control panel is an intuitive and simple touch screen for viewing the working status of the system at any time.
