AL-MF4016 Microwave Muffle Furnace

Instrument Introduction:

The AL-MF4016 microwave muffle furnace is a standardized multifunctional microwave high-temperature experimental workstation capable of microwave synthesis or sintering.

The AL-MF4016 microwave 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, barium strontium titanate, strontium titanate, barium zirconate titanate, etc.; Phosphors (LED powders, tri-color long afterglow powders, etc.); Lithium-ion battery materials: lithium cobalt oxide, lithium manganese oxide, lithium iron phosphate, and other cathode materials, as well as anode carbon materials; Various colored ceramic pigments, glazes, ceramic raw materials, etc.

The AL-MF4016 microwave 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: MgO, Al2O3, ZrO2, SiC, Y2O3, Si3N4, SiO2, etc.

The AL-MF4016 microwave muffle furnace is also applied in the sintering of iron-based, copper-based powder metallurgy, and hard alloy products; Sintering of neodymium iron boron magnetic materials; Nitriding and carburizing of metal powder materials.

Instrument Features:

The AL-MF4016 microwave muffle furnace uses specially designed industrial-grade microwave sources to ensure continuous and stable long-term operation; Microwave output power is steplessly adjustable, achieving precise temperature control curves; Uses microwave field-specific sensors to directly measure sample temperature; Capable of processing materials with different microwave characteristics, offering good versatility; Real-time temperature curve display for dynamic monitoring of the heating process; Reliable microwave shielding design with multiple anti-leakage protections.

Instrument Parameters:

*1. Microwave frequency: 2450MHz; Equipped with a magnetron protector to ensure 10,000 hours of magnetron operation, with easy replacement and installation of the magnetron.

2. Power: 0-4000W, freely adjustable; Microwave power automatically adjusts with temperature via frequency conversion control, providing non-pulse continuous heating.

*3. Upper power limit can be set arbitrarily, with a lower power limit function to ensure continuous power output.

*4. Three temperature control modes: heating to the set temperature with the upper power limit followed by a holding mode; rate heating mode where the initial temperature reaches the set temperature over a set time for a slow heating effect; heating slope mode setting the temperature increase per minute.

5. Temperature measurement and control range: 0～1600°C; Maximum working temperature: 1600°C.

6. Heating rate: ≤1000°C/minute;

*7. Uses contact thermocouple temperature sensors (optional infrared temperature sensor); Temperature measurement accuracy: ≤±0.5°C; Temperature control accuracy: ≤±1°C;

8. Loading space: 300mm×200mm×200mm (12L);

9. 7-inch high-brightness TFT LCD touch screen for direct operation, Cortex-A8 CPU core, equipped with USB interface; Real-time display of reaction temperature and power data with curve display; Capable of saving and querying experimental records;

*10. Uses AI artificial intelligence logic algorithms to achieve error-free control of complex, long-lag objects, ensuring accurate temperature control and preventing overheating or underheating;

11. Equipped with a magnetron protector, capable of processing materials with varying microwave coupling degrees, offering good versatility.

12. Features a corrosion-resistant exhaust channel for rapid expulsion of gases released during heating.

13. Operating voltage: 220V±10V, 50Hz;

14. Microwave system employs multiple shielding designs.

15. Microwave leakage complies with national standards.

*Indicates our company's advantageous technologies.