1600℃microwave oven
Release time: 2024-11-14 00:23:39 Number of views: 27
application area
1. Materials Science: Used for the synthesis and sintering of ceramic materials and composite materials.
2. Electronics: Used for sintering, packaging, etc. of electronic components.
3. Ceramics: Used for sintering and densification of ceramic materials.
4. Research and Education: Suitable for universities, research institutes, and other research institutions to conduct research and teaching experiments in fields such as materials science and chemical engineering.
 | Equipment features: 1. Microwave heating technology for efficient heating: Microwave heating can quickly and uniformly transfer energy to the sample, significantly reducing heating time. Temperature uniformity: Microwave heating allows both the interior and surface of the sample to be heated simultaneously, avoiding the temperature gradient problem in traditional heating methods. 2. High temperature capability: The working temperature can reach 1550 ℃. Temperature uniformity: The temperature distribution inside the furnace is uniform, ensuring that the sample can obtain consistent heat treatment effect at any position. 3. The safety protection system includes over temperature protection, over-current protection, emergency stop function, and microwave leak detection device. | |||||||
Power specifications | AC230V 50HZ | |||||||
Tmax | 1550℃ | |||||||
Rated current | 10A | |||||||
power | 2000W | |||||||
accessory |
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Structure Introduction |
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Temperature Accuracy | +/- 1 °C | |||||||
Equipment usage precautions | 1. Microwave source equipment operates under high voltage and has high requirements for the working environment. It should be avoided to use it in places with high humidity and dust. 2. Improper operation and use of microwave source equipment may pose a risk of high-voltage electric shock and microwave radiation; The high voltage of microwave sources can be fatal, therefore, the operators of microwave source equipment must be personnel who have undergone strict professional training and possess relevant knowledge and experience. When maintaining the high-voltage power supply, even if the power switch is disconnected, residual voltage will still be maintained in the equipment. If necessary, the high-voltage capacitor should be short circuited and discharged. Before each use of the microwave source, all safety systems must be properly in place and functioning properly. 5. It is mandatory to regularly detect microwave leaks at a distance of 5 centimeters from the measurement point, and under normal working conditions, the microwave leakage should not exceed 5mW/cm3. If the specified value is exceeded, troubleshooting should be carried out according to the instructions in the manual. 6. Before each use, the microwave source equipment must be checked and ensured that the water cooling circulation system is turned on and in normal working condition. Otherwise, it cannot be turned on to avoid damage to the microwave source. 7. The cooling circulating water used for microwave sources should meet the water quality requirements in GB10067.1-88, with a total hardness (CaO mg equivalent) of less than 10, an inlet temperature of 5-30 ℃, an outlet temperature of less than 50 ℃, and a working pressure of 0.06-0.12MPa. The cooling water circuit should be cleaned regularly (it is recommended to clean it every three months). If the cooling water circuit is blocked, it will cause the magnetron to overheat, shorten its service life, and even burn out. 8. Microwave sources are highly susceptible to damage when operating under conditions of overcurrent, overvoltage, high-power, and poor cooling, especially their core component magnetron, which is very delicate and expensive. Therefore, the anode current of the equipment should be controlled below the rated value during long-term operation to ensure the service life of the magnetron. 9. It is necessary to regularly clean the microwave sintering furnace cavity to remove all deposits, including waveguide windows; Remove mixed metals and other foreign objects that may cause arcing. Sediments at waveguide windows, blind plates, etc. should be regularly cleaned with alcohol and kept clean. If the waveguide window is contaminated, it will cause microwave energy to be blocked and unable to enter the sintering furnace, or generate strong heat on its surface, and even high-frequency ignition phenomenon. In severe cases, it will damage the microwave source. 10. When sintering volatile and corrosive materials, the impact of the materials on the equipment and protective measures should be fully considered; Special attention should be paid to the impact of material volatilization on waveguide windows, observation windows, blind plates, and temperature measurement windows during the sintering process. | |||||||
Service Support | 1-year warranty with lifetime support (warranty does not include consumable parts such as bowls and seals). | |||||||
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