1400 ℃ Высокотемпературная коробочная печь, небольшая лабораторная печь для термообработки, Китай 1400 ℃ Высокотемпературная коробочная печь, небольшая лабораторная печь для термообработки Производители, поставщики, завод-Nanjing Chishun Technology Development Co.,Ltd.

1400℃ High temperature box furnace, small laboratory heat treatment furnace

Description:

BFseries High temperature box furnace products are mainly developed for daily laboratory applications. High quality furnace materials and a stable temperature control system can ensure the reliability of experimental data. The product adopts a new type of ceramic fiber material as the furnace material, selects high-quality high-temperature alloy heating elements as the heating element, and the temperature controller adopts an intelligent PID control module, which can achieve accurate temperature control and constant temperature requirements.

The product is used for pre firing and sintering of electronic components, glass, ceramic powders, and can also be used for firing other ceramic products, rare earth components, magnetic materials, etc.

Product features:

1. The furnace material is made of imported high purity alumina ceramic fiber material, which does not lose powder at high temperature and has low heat capacity.

2. The heater adopts high-quality silicon-carbon rods, which can bear large load, stable and long service life.

3. Fast heating rate, 0-30℃/ min, free setting.

4. The precision of temperature control is high, the impulse temperature is small, and it has the functions of temperature compensation and temperature correction, and the accuracy is±1℃.

5. The intelligent PID temperature control instrument is adopted, which has the program function, can set the heating curve, and can compile 30 program segments.

6. Integrated structure, can reduce the use of space, excellent appearance design, beautiful and generous.

7. Electronic components are all made of Delixi products with leakage protection function.

8. This machine will send out an alarm signal to the over-temperature in the working process, and automatically complete the protection action.

9. When the instrument program is set, as long as the run button is pressed, the following work will be completed automatically.

10. it can be equipped with a large screen paperless recorder to realize the real-time recording of the heating curve, and has a memory card to analyze and print the experimental data.

11. Optional air intake can be installed to purge and protect inert gases such as air, or exhaust chimneys can be installed to connect stainless steel bellows to discharge toxic and harmful gases volatilized at high temperatures in the furnace to the designated position.

BF1400：

Model.	BF1400-I	BF1400-II	BF1400-III	BF1400-IV	BF1400-V	BF1400-VI
Volume	3L	8L	12L	18L	36L	45L
Size	150150150mm	200200200mm	200300200mm	250300250mm	300400300mm	300500300mm
Rated temperature	1400℃
Working temperature	1350℃
Control accuracy	±1℃
Heating rate	1-30℃/min
Power	220V/3KW	220V/5kw	220V/5kw	220V/6kw	380V/12kw	380V/14kw
Control instrument	Adopting Xiamen Yudian intelligent microcomputer PID temperature control instrument, SCR/SSR control, PID parameter self-tuning function, and over temperature alarm function; Programmable for 30 time periods, automatic heating, automatic insulation, and automatic stop, meeting continuous constant temperature and temperature control requirements Electronic components are made of Delixi products to ensure long-term stability and reliability, with a control accuracy of ± 1 ℃
Heating rate	Vertical installation of U-shaped silicon carbide rods, evenly distributed on both sides of the furnace, with a uniform temperature field
Temperature measuring element	S-type platinum rhodium thermocouple
Furnace material	The use of polycrystalline alumina ceramic fiber material, one-time molding and new splicing structure technology ensure the durability of the furnace. Polycrystalline alumina ceramic fiber material is one of the new lightweight high-temperature insulation materials at home and abroad. It is prepared by using Mitsubishi polycrystalline fibers from Japan as the basic material and wet vacuum filtration molding to produce polycrystalline inorganic ceramic fiber material. It has good thermal shock performance and thermal stability, low heat capacity, and low thermal conductivity
Furnace structure	1. The furnace is composed of furnace materials, insulation materials, and heating elements 2. The temperature control system consists of temperature control instruments, control components, and thermocouples 3. The integrated structure of the furnace body and temperature control is fixed on the temperature controller, and the side of the furnace door opens axially
Personal safety device	Modular control, which will emit sound and light alarm signals for over temperature and disconnection during the working process, and automatically complete the protection action; There is an air circuit breaker installed on the equipment, which will automatically pop open in case of short circuit or leakage, which can protect the equipment and operators
Dimension	490530750mm	575610825mm	590680835mm	610700860mm	650770900mm	9759301200mm
Weight	90Kg	105kg	120kg	143kg	170kg	200kg
Standard configuration	1.One furnace body 2. One temperature controller 3. Power cord 3 meters 4. A thermocouple 5. One instruction manual 6. A crucible clamp 7. A pair of high-temperature gloves 8. One fire door 9 spare silicon carbide rods
Optional configuration	1. Paperless recorder, capable of online recording of temperature rise data, with storage function and USB interface. It can copy data to the computer through a USB flash drive, view and print data reports at any time 2. Computer communication control system, which can control equipment in real time through computers 3. Exhaust chimney, optional exhaust port can be installed behind the furnace for the volatilization and glue removal of high-temperature organic matter 4. Corundum crucibles, silicon carbide/corundum furnace bottom pads, caskets, and other furnace utensils