Instrument Introduction:

AL-SMHP1 single-mode microwave hydrogen production reactoryesBased on our company's unique control technology and designed according to the needs of teachers and students, this productThe main features of AL-SMHP1 single-mode microwave hydrogen production reactor are precise temperature control, 7-inch display screen, touch control, simple and convenient operation, and the ability to store data. The AL-SMHP1 single-mode microwave hydrogen production reactor has powerful digital processing capabilities, real-time online display and recording of reaction data and curve images, program control of reaction conditions, can divide experiments into multiple working stages, and can modify unsuitable reaction condition parameters online at any time. It also has the function of saving and querying experimental records.

The AL-SMHP1 single-mode microwave hydrogen production reactor adopts a six axis machining center precision carving process for the single-mode resonant cavity, ensuring accurate and error free experimental data.

The AL-SMHP1 single-mode microwave hydrogen production reactor adopts the most advanced AI control system and artificial intelligence logic algorithm to achieve precise control of complex long lag objects, ensuring accurate temperature control and eliminating phenomena such as overheating and low temperature; Equipped with Internet of Things functionality, remote control can be carried out in remote locations with a network, both mobile phones and computers are available;

Application areas:

The AL-SMHP1 single-mode microwave hydrogen production reactor is mainly 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; It can be applied for surface treatment such as oxidation and denaturation, or for precipitation coating treatment on organic and inorganic materials. Can be applied to the research of emerging industries such as hydrogen and carbon nanotube preparation.

Technical parameters:

1. Using a solid-state microwave source, the microwave frequency is adjustable from 2430MHz to 2470MHz;

*2. Power: 0-200W, freely adjustable power, automatic frequency conversion control of microwave power with temperature, non pulse continuous linear operation;

*3. The maximum power can be set arbitrarily, and it has the function of setting the lower limit of power to ensure continuous power output;

*4. Single mode resonant cavity, resonant mode TE111;

*5. Temperature measurement and control range: 0 ℃ -1200 ℃; It has a rate heating function.

6. Temperature measurement accuracy: ≤ ± 1 ℃ Temperature control accuracy: ≤ ±1℃；

7. High precision non-contact infrared temperature sensor, real-time monitoring of reaction temperature, accurate control of reaction process;

8. Can work continuously without interruption;

*9. 316 austeniticStainless steel chamberOn the surfaceStrong corrosion resistance and high temperature resistance；Equipped with two quartz tubes.

10. Reaction volume: 0-30ml;

*11. 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, and display of curves, which can save and query experimental records;

*12. Adopting a new AI artificial intelligence logic algorithm to achieve precise control of complex long lag objects, ensuring accurate temperature control and eliminating phenomena such as overheating and low temperature;

13. Equipped with a 10 inch tablet for remote wireless control, screen resolution of 1920 * 1200, 64 bit Win10 operating system, Inter quad core CPU, 6GB of RAM, and 64GB of storage capacity; And it supports WIFI, Bluetooth, 3.5mm audio interface, USB interface, speaker, microphone, and high-definition camera.

*14. Equipped with Internet of Things functionality, remote control can be carried out in remote locations with a network, both mobile phones and computers are available;

15. Equipped with a built-in high-definition camera and a 7-inch monitor, it can display the changing status of reactants and record videos as needed.

*16. Equipped with a vector network analyzer, it can analyze the cavityResonant frequency andQCoefficient, measurement modeTM010.

*17. Equipped with an AC conductivity meter for detecting changes in the conductivity of reactants during the experimental process.

*18. Equipped with a solar simulator light inlet.

19Equipped with microwave specific ceramic fiber cavity for insulation .

20Equipped with a ventilation system, it provides ventilation within the chamber and can also be used for cooling.

21. Internet interface, USB interface, and RS485 communication expansion interface;

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

23. Microwave leakage meets national standards and is safe and reliable.

*Indicating our company's unique technology.