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High temperature furnace

Box type electric furnace

Release time: June 6, 2018 11:00:51 Views: 197

1、 Product introduction
Box type electric furnace is mainly used to provide high temperature heat treatment environment for laboratories of colleges and universities, scientific research institutes, factories and enterprises. It is used in the fields of metal materials, ceramic materials, nano materials, semiconductor materials and other new materials. High temperature furnace
2、 Product description
The box furnace is mainly developed for the daily application of the laboratory. The ceramic fiber furnace material and stable temperature control system have high temperature uniformity and temperature accuracy. The new ceramic fiber material is used as the furnace material, the high temperature alloy heating element is used as the heating body, and the microcomputer PID control module is used for the temperature controller, which can realize the requirements of precise temperature control and constant temperature.
3、 Characteristics of box type electric furnace
1. The furnace material is alumina ceramic fiber material, which can not drop powder at high temperature, has small heat capacity and can save energy by more than 50%
2. The heater adopts high temperature alloy wire, which can bear large load, stable and long service life
3. The heating rate of high-temperature furnace is fast. It takes 25-45 minutes to rise from room temperature to 1000 ℃
4. High temperature control precision, small temperature, temperature compensation and temperature correction function, accuracy of ± 1 ℃
5. Imported temperature control instrument, with program function, can set temperature rising, cooling and heat preservation curve freely.
6. Integrated structure, can reduce the use of space, excellent appearance design, beautiful, generous
7. All electronic components are Schneider or Chint, with leakage protection function, safe and reliable
8. The machine will send out alarm signal for over temperature in the working process, and automatically complete the protection action
The next step is to press the button of 9, when the program is finished
10. Large screen paperless recorder can be selected to realize real-time recording of temperature rise curve, and with memory card, the experimental data can be analyzed and printed
11. It can be equipped with air inlet for purging and protection of inert gas such as air; it can also be equipped with exhaust chimney and stainless steel bellows to discharge toxic and harmful gases volatilized at high temperature in the furnace to the designated position
4、 Specification and parameter selection
1200 series
model Furnace size (mm)D × W × H power
(kw)
High temperature (℃) heating
element
Voltage heating rate
2.5-1200 200×120×80 two point five 1200℃ Resistance wire 220V ≤20℃/min
4-1200 300×200×120 four 1200℃ Resistance wire 220V ≤20℃/min
5-1200 300×200×200 five 1200℃ Resistance wire 220V ≤20℃/min
6-1200 300×250×250 six 1200℃ Resistance wire 220V ≤20℃/min
8-1200 400×250×160 eight 1200℃ Resistance wire 380V ≤20℃/min
9-1200 400×300×300 nine 1200℃ Resistance wire 380V ≤20℃/min
12-1200 500×300×300 twelve 1200℃ Resistance wire 380V ≤20℃/min
15-1200 500×400×400 fifteen 1200℃ Silicon carbide 380V ≤20℃/min
18-1200 600×400×400 eighteen 1200℃ Silicon carbide 380V ≤20℃/min
24-1200 500×600×700 twenty-four 1200℃ Silicon carbide 380V ≤20℃/min
48-1200 700×800×900 forty-eight 1200℃ Silicon carbide 380V ≤20℃/min

1400 series
model Furnace size (mm)D × W × H power
(kw)
High temperature (℃) heating
element
Voltage heating rate
6-1400 250×150×150 six 1400℃ Silicon carbide 220V ≤20℃/min
8-1400 300×200×200 eight 1400℃ Silicon carbide 220V ≤20℃/min
10-1400 400×200×200 ten 1400℃ Silicon carbide 380V ≤20℃/min
16-1400 450×250×250 sixteen 1400℃ Silicon carbide 380V ≤20℃/min
18-1400 400×300×300 eighteen 1400℃ Silicon carbide 380V ≤20℃/min
20-1400 500×400×400 twenty 1400℃ Silicon carbide 380V ≤20℃/min

1700 series
 
model Furnace size (mm)D × W × H power
(kw)
High temperature (℃) Heating element Voltage heating rate
4-1700 200×150×150 four 1700℃ Silicon molybdenum rod 220V ≤20℃/min
8-1700 300×150×150 eight 1700℃ Silicon molybdenum rod 380V/2 ≤20℃/min
15-1700 400×200×200 fifteen 1700℃ Silicon molybdenum rod 380V/2 ≤20℃/min
19-1700 400×300×300 nineteen 1700℃ Silicon molybdenum rod 380V/2 ≤20℃/min
26-1700 500×300×300 twenty-six 1700℃ Silicon molybdenum rod 380V/3 ≤20℃/min
36-1700 500*400*400 thirty-six 1700℃ Silicon molybdenum rod 380V/3 ≤20℃/min

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