Details:
Microwave ceramics application equipment parameters:
Microwave output frequency: 2450 ± 50MHZ
Microwave input, as in the rate: ≤ 16KVA
Microwave output power: ≥ 10KW
Ambient temperature :5-40 ℃
Wheel diameter: 900 × 650 mm (according to customer requirements andmanufacturing)
Go to the water: 15 ~ 16kg / h
Dimensions (L * W * H): approx 1200mm * 1200mm * 1750mm (according to the customer's manufacturing requirements)
Control: control and man-machine interface PLC, infrared temperature measurement.
Microwave leakage: in line with national GB10436-89 standard (our standard the ≦1MW/CM2)
Second, the details:
Microwave ceramics stereotypes drying equipment mainly used in the honeycomb ceramics, technical ceramics, high pressure insulating ceramic, special ceramicstereotypes dry. Conventional heating, such as flame, hot air, electric, steam dryingare the principle of heat conduction, the heat from the object to be heated within theexternal incoming, gradually bringing the center of the object temperature, called theexternal heating. For the central part to take some time to achieve the requiredtemperature, the poor thermal conductivity of the objects required for a longer time.These traditional drying methods a long time, power consumption, heating, less uniform, flip up and down, labor-intensive, while the microwave dryingcharacteristics, microwave can penetrate inside the object inside and outside at the same time heating, the frequency of 2450MHZ, per second, 2.4 billion among the 50 million shocks, molecular friction heat, its own heat. Can be used in the desiccationof the powdered materials of chemical products. Microwave ceramic drying stereotypes the advantages of the device:
1, the dry stereotypes of good quality, not crack.
2, easy to control, flexible and easy to operate. Automatic control of heating time and the drying temperature
3, effort, process, in particular, is easy and before and after the process even intoautomatic lines, to reduce handling times.
4, less energy consumption. Environmental hygiene. Non-polluting, does not produce the "three wastes".
5, the intensity of production, small footprint. Save time and high yield.
Microwave ceramics application equipment parameters:
Microwave output frequency: 2450 ± 50MHZ
Microwave input, as in the rate: ≤ 16KVA
Microwave output power: ≥ 10KW
Ambient temperature :5-40 ℃
Wheel diameter: 900 × 650 mm (according to customer requirements andmanufacturing)
Go to the water: 15 ~ 16kg / h
Dimensions (L * W * H): approx 1200mm * 1200mm * 1750mm (according to the customer's manufacturing requirements)
Control: control and man-machine interface PLC, infrared temperature measurement.
Microwave leakage: in line with national GB10436-89 standard (our standard the ≦1MW/CM2)
Second, the details:
Microwave ceramics stereotypes drying equipment mainly used in the honeycomb ceramics, technical ceramics, high pressure insulating ceramic, special ceramicstereotypes dry. Conventional heating, such as flame, hot air, electric, steam dryingare the principle of heat conduction, the heat from the object to be heated within theexternal incoming, gradually bringing the center of the object temperature, called theexternal heating. For the central part to take some time to achieve the requiredtemperature, the poor thermal conductivity of the objects required for a longer time.These traditional drying methods a long time, power consumption, heating, less uniform, flip up and down, labor-intensive, while the microwave dryingcharacteristics, microwave can penetrate inside the object inside and outside at the same time heating, the frequency of 2450MHZ, per second, 2.4 billion among the 50 million shocks, molecular friction heat, its own heat. Can be used in the desiccationof the powdered materials of chemical products. Microwave ceramic drying stereotypes the advantages of the device:
1, the dry stereotypes of good quality, not crack.
2, easy to control, flexible and easy to operate. Automatic control of heating time and the drying temperature
3, effort, process, in particular, is easy and before and after the process even intoautomatic lines, to reduce handling times.
4, less energy consumption. Environmental hygiene. Non-polluting, does not produce the "three wastes".
5, the intensity of production, small footprint. Save time and high yield.