Intelligent control of high-temperature resistance furnace

Specially equipped with an independent laboratory to solve product process problems, welcome to experience the heat treatment effect of the equipment on site

Intelligent control of high-temperature resistance furnace

Scope of application:

Specially designed for laboratories in higher education institutions, research institutes, and industrial and mining enterprises to develop ceramic, metallurgical, electronic, glass, chemical, mechanical, refractory materials, and new materials

Equipment developed for sintering, melting, analyzing, and producing special materials, building materials, metals, non metals, and other chemical and physical materials

Intelligent control of high-temperature resistance furnace

Technical Specifications:

Using imported 1800 type silicon molybdenum rod as the heating element, it does not fall off or rust under high temperature operation for a long time, and the surface becomes increasingly shiny.

The control panel is equipped with an intelligent temperature regulator, which controls the power switch, main heating work/stop button, voltage and current meters. This product adopts reliable integration

Chemical circuit, good working environment, anti-interference, furnace shell temperature rise ≤ 30 ℃ greatly improves working environment, microcomputer program control, programmable curve,

Fully automatic heating/cooling, temperature control parameters and programs can be modified during operation, flexible, convenient, and easy to operate.

Temperature control accuracy: ± 1 ℃ without overshoot Temperature control accuracy: ± 1 ℃. Fast heating rate, heating rate ≤ 30/min.

All furnace materials and lining are made of vacuum formed high-purity alumina fiber lightweight board material, which has high operating temperature, low heat storage capacity, no cracks, and no slag shedding

Good insulation performance (energy-saving effect is over 60% of that of old-fashioned electric furnaces). The structure is reasonable, and the inner and outer double-layer furnace sleeves can greatly shorten the testing cycle.

The temperature categories are: 1700 degrees, 1600 degrees, 1500 degrees, 1400 degrees, 1300 degrees, 1200 degrees

800 to 1200 degrees using resistance wire heating; Heating is carried out using silicon carbide rods between 1200 and 1400 degrees Celsius; Heating with silicon molybdenum rod from 1400 to 1800 degrees;