Instrument Introduction:

The AL-SMMH2 Single-Mode Microwave High-Temperature Reactor is a product designed based on our company's control technology and tailored to meet the needs of teachers and students. Its main features include accurate temperature control, a 7-inch display screen, touch control, simple and convenient operation, and data storage capability. The AL-SMMH2 Single-Mode Microwave High-Temperature Reactor boasts powerful digital processing functions, real-time online display and recording of reaction data and curve images, programmable reaction conditions, the ability to divide experiments into multiple working stages, online modification of unsuitable reaction condition parameters at any time, and the function to save and query experimental records.

The AL-SMMH2 Single-Mode Microwave High-Temperature Reactor adopts a six-axis machining center precision carving process for the single-mode resonant cavity, ensuring accurate experimental data. It utilizes a distributed multi-level single-mode resonant cavity, providing extremely uniform microwave distribution, which prevents local overheating of experimental samples and ensures data accuracy. The microwave energy locking technology features an energy locking ring with a height of only 5 cm and a maximum diameter of 42 mm, enabling any open-container experiments.

The AL-SMMH2 Single-Mode Microwave High-Temperature Reactor employs an AI control system with artificial intelligence logic algorithms to achieve precise control of complex, long-lag objects, ensuring accurate temperature control and eliminating phenomena such as overheating or underheating. It also features IoT functionality, allowing remote control from different locations via mobile phones or computers when connected to a network.

Application Fields:

The AL-SMMH2 Single-Mode Microwave High-Temperature Reactor is primarily suitable for material preparation, surface etching, sputtering, vapor deposition, and silicon wafer oxidation. It can also be used for surface treatment of metals, alloys, and non-metals, as well as oxidation, denaturation, and other surface treatments, or for deposition coating on organic and inorganic substances. It is applicable to emerging industries such as hydrogen production and carbon nanotube preparation.

Technical Parameters:

1. Microwave frequency: 2450MHz;

*2. Power: 0-1000W, freely adjustable, with microwave power automatically controlled by temperature via frequency conversion, operating in non-pulse continuous linear mode;

*3. Upper power limit freely settable, 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 and maintaining temperature, rate heating mode for gradual temperature increase over a set time, and heating slope mode with set temperature increase per minute;

*5. Single-mode resonant cavity with TM01 resonance mode;

*6. Microwave energy locking technology, with an energy locking ring height of 5 cm and maximum diameter of 42 mm, enabling any open-container experiments;

*7. Temperature measurement and control range: 0°C-1200°C; includes rate heating function;

8. Temperature measurement accuracy: ≤±1°C; temperature control accuracy: ≤±1°C;

9. High-precision non-contact infrared temperature sensor for real-time monitoring of reaction temperature and precise control of the reaction process;

10. Equipped with a magnetron protector for continuous uninterrupted operation;

*11. 316 austenitic stainless steel cavity with strong corrosion resistance and high-temperature resistance; equipped with a pure-grade ceramic fiber insulation liner;

12. Reaction volume: 0-30ml;

*13. 7-inch high-brightness TFT LCD touch screen for direct operation, Cortex-A8 CPU core, USB interface; real-time display of reaction temperature and power data with curves, capable of saving and querying experimental records;

*14. Utilizes AI artificial intelligence logic algorithms for precise control of complex, long-lag objects, ensuring accurate temperature control and eliminating overheating or underheating phenomena;

*15. IoT functionality for remote control via mobile phones or computers when connected to a network;

16. Built-in high-definition camera and 7-inch monitor for real-time display of reactant changes, with optional video recording;

17. Internet interface and USB interface;

18. Power supply: single-phase, 50Hz, 220V;

19. Microwave leakage complies with national standards.

* indicates our company's proprietary advantages.