AL-MF2016 microwave high-temperature muffle furnace

Instrument Introduction:

The AL-MF2016 microwave high-temperature muffle furnace is a standardized multifunctional microwave high-temperature experimental workstation that can achieve microwave synthesis or sintering.

The AL-MF2016 microwave high-temperature muffle furnace is mainly used for the synthesis and calcination of various inorganic powders. Carbides: SiC, CrC, VC, etc; Nitrides: Si3N4, MnxNy, AlN, VN, CrN, etc; Electronic ceramic powders: barium titanate, strontium barium titanate, strontium titanate, zirconium barium titanate, etc; Fluorescent powder (LED powder, tricolor long residual glow powder, etc.); Lithium ion battery materials: positive electrode materials such as lithium cobalt oxide, lithium manganese oxide, lithium iron phosphate, and negative electrode carbon materials; Various colors of ceramic pigments, glazes, ceramic raw materials, etc.

The AL-MF2016 microwave high-temperature muffle furnace is also used for sintering various inorganic material products/devices. Electronic ceramics: BaTiO3, SrTiO3, ZnO piezoelectric ceramics, PTC thermistor components, etc; Biomedical ceramics: artificial bones, teeth, etc., high-performance structural ceramics such as MgO, Al2O3, ZrO2, SiC, Y2O3, Si3N4, SiO2, etc.

The AL-MF2016 microwave high-temperature muffle furnace is also used for sintering powder metallurgy and hard alloy products such as iron-based and copper based materials. Sintering of neodymium iron boron magnetic materials; Nitriding and carbonization of metal powder materials.

Instrument features:

The AL-MF2016 microwave high-temperature muffle furnace uses a specially designed industrial grade microwave source to ensure continuous and stable long-term operation of the equipment; Microwave output power is infinitely adjustable, achieving precise temperature control curve; Using microwave field specific sensors to directly measure sample temperature; It can process materials with different microwave characteristics and has good universality; Real time temperature curve display, achieving dynamic monitoring of the heating process; Safe and reliable microwave shielding design, multiple leak protection measures.

Instrument parameters:

1. Power supply: Two electric 220 ± 10V/50Hz, 2.2KW; Can work continuously for 24 hours;

*2. Heating methods: pure microwave heating, traditional electric heating, mixed heating;

*3. Microwave power continuous frequency conversion, output can achieve ultra fast temperature rise and significantly shorten insulation time, doubling experimental efficiency;

*4. Microwave output power: 0.1-2KW continuously adjustable;

5. Microwave frequency: 2.45GHz ± 25MHz;

*6. Maximum operating temperature: 1600 ℃; Long term working temperature: 1600 ℃;

*7. Temperature measurement method: Microwave field dedicated sensor (infrared thermometer can be selected);

8. Temperature measurement range: 0~1750 ° C;

9. Temperature control accuracy: ± 2 ℃; Approaching the sample infinitely and measuring its own temperature;

*10. Heating rate (standard): 0-1000 ℃/min can be set arbitrarily, programmable, segmented heating;

*11. Heating chamber material: ceramic fiber; Space inside the cavity: Choose 2 from 0.5L to 3L.

12. Furnace cavity size: 400×400×550 (unit of length, width, and depth: mm）；

13. Control system: microcomputer intelligent control, touch screen control and display, capable of data storage function; Data can be exported; Real time temperature curve display enables dynamic monitoring of the heating process. Multiple temperature control curves can be set and stored, and operation records are automatically stored.

*14. Microwave leakage rate:< 0.4mw/cm2; (The national standard is<5mw/cm2)

15. Equipment dimensions: 1000×750×650mm (length x width x height)

*Note: The asterisks indicate the unique advantages of our company's products.