The highest temperature is 1300 ℃, the Furnace volume is 4L, the silicon carbide Rod heating element is resistant to high temperature and oxidation, the microcomputer PID control is accurate and reliable, and has multiple Safety protection measures.
The silicon carbide Rod heats up rapidly on both sides, the Furnace volume is 30L to meet the batch processing, the PID control accuracy is +/- 5% ℃, and the over-rise alarm and menu locking function are provided to ensure the safe operation.
It can process 20 samples at the same time, the temperature control accuracy is +/- 1 ℃, and the corrosion resistance design and special oxidation resistance graphite block are used to ensure that the samples are heated evenly and have a long service life.
Silicon carbide Rod double-sided heating quickly, high thermal efficiency, temperature control accuracy +/- 5% ℃, closed aluminum silicate Furnace has good thermal insulation, supports phased heating and regular operation, and can be equipped with exhaust device.
Silicon carbon Rod double-sided heating to achieve rapid heating, 70 minutes up to 1300 ℃; PID control combined with K-type Thermocouple to ensure +/- 5% temperature accuracy; closed aluminum silicate Furnace with optional exhaust device to improve thermal efficiency and safety.
Silicon carbon Rod double-sided heating to achieve rapid heating, 70 minutes up to 1300 ° C; closed aluminum silicate Furnace with lightweight thermal insulation bricks to improve thermal efficiency; with over-rise alarm and menu lock function to ensure safe operation.
The maximum temperature is 1200 ° C, the Furnace volume is 16L, and the 30-segment programmable control is used to achieve precise temperature control. The safety switch of the Furnace door and the design of the corrosion resistance Furnace improve the operation safety and durability.
The maximum temperature is 1200 ℃, the Furnace volume is 2L, the microcomputer PID controller is used for precise temperature control, the door sealing design enhances Temperature uniformity, and the corrosion resistance refractory brick Furnace is durable.
Double-sided heating of silicon carbide Rods for rapid heating up to 1300 ° C. Closed aluminum silicate Furnace reduces heat loss, PID control combined with K-type Thermocouple ensures temperature fluctuations of only +/- 5%. With over-rise alarm and menu lock function.
Using silicon molybdenum Rod heating element and double-decked air-cooled structure, the maximum temperature is 1700 ° C, the heating rate is 10 ° C/min, with 30-stage program temperature control and +/- 1 ° C thermostatic accuracy, and the Furnace shell surface is kept at low temperature to ensure safe operation.
Using silicon molybdenum Rod heating element and double-decked air-cooled structure, the maximum temperature is 1800 ° C, thermostatic accuracy +/- 1 ° C, with 30-stage program temperature control and rapid temperature rise and drop function, the Furnace shell surface is kept low temperature to ensure safe operation.
The maximum temperature is 1000 ℃, the Furnace volume is 30L, the 30-segment programmable controller is used to realize automatic operation, the Furnace door sealing is good to ensure Temperature uniformity, the refractory brick Furnace and the resistance wire heating element are resistant to high temperature and have a long life.
Using silicon carbide Rod double-sided heating, rapid heating and high thermal efficiency; maximum temperature 1200 ℃, temperature control accuracy +/- 5% ℃; PID microcomputer control combined with K-type Thermocouple, temperature accuracy and stability.
With two-way door design to effectively prevent hot gas leakage, 30-stage multi-stage programmable control to achieve accurate temperature control cycle, Furnace Temperature uniformity and corrosion resistance, the maximum temperature 1200 ℃ Power 2.5KW.
With 30-stage programmable control function, the maximum temperature is 1000 ℃, the Furnace volume is 2L, the refractory brick Furnace and stainless steel material are used, and the heat loss is small and the Temperature uniformity is good.
