Customized Fruits/Meats/Clothes Dehydrator/Dryer/ Fruit Drying Machine
Principle of dehydrator/dryer/fruit drying machine:
This drying machine use of heat pump evaporator absorbs heat from the outside air.or recycling of exhaust gas residual heat in the process of drying.Through the work of compressor, the energy transport (transfer) to drying box, drying box of hot air after repeated cyclic heating, absorb the moisture in the material, its cooling humidification, through hot air platoon is wet or the process of condensation, water take the moisture out of the material, and finally realizes the continuous drying of materials.
Application of dehydrator/dryer/fruit drying machine:
The heat pump can be used in many application,like agriculture,industry,seafood,grain,herbs,construction,paper products,seasoning,mineral industry,etc
Dry vegetables like Radish, lettuce, pumpkin, carrots, spinach, cassava,etc
Dry fruits like Apple, lemon, mango slices, dried longan, dried longan,etc
Dry meat: Sausage, beef, duck, ham,etc
Others it can dry noodle/ wooden /stick incense/herbs /flowers ect.
The difference between traditional electricity heating with dehydrator/dryer/fruit drying machine:
1. New design idea--Three times waste heat recovery;
2. Adopt heat regenerators to dehumidify;
3. Adopt touch screen controllers and dry/wet bulb to control temperature and humidity, operation drying machine easily and more accurate;
4. adopt duct-type drying method, it with shorter drying time and well-distributed hot air, drying time shorter 30% than old models;
5. during drying, the material does not craze,does not distortions, nondiscolouring, never degenerate, non-oxidize, drying completely, with good Rehydration, keep nutrient content.
Comparsion
To remove 1KG water by diferent heat sources at the ambient temperature 20°C, the operating conditions are analyzed as follows.
Heating way | electric heating | coal | oil | gas | conventionalheat pump dryer | Joyang energy-saving dryer |
Heat required to remove 1kg of water: according to the relevant authoritative literature, the average heat required to remove 1KG of water is 1.35kWh, or 1161kcal | ||||||
Fuel type | electricity | coal | diesel | natural gas | electricity | electricity |
Burn | 860kcal/kWh | 5500kcal/kWh
| 10200kcal/kg
| 8600kcal/m3
| 860kcal/kWh
| 860kcal/kWh
|
Thermal efficiency | 95% | 30% | 80% | 80% | 200% | 350% |
Effective burn | 817kcal | 1650kcal
| 8160kcal
| 6880kcal
| 1720kcal
| 3010kcal
|
Operating cost | 1.42¥ | 0.7¥ | 1.27¥ | 0.65¥ | 0.68¥ | 0.39¥ |
Labor overhead | high | comparatively high | high | comparatively high | comparatively high
| low |
Safety performae | unsafe | unsafe | unsafe | unsafe | safe | safe |
Pollution | none | extremely serious | comparatively serious | general | none | none |
Service life | 5-8years | 6-9years | 6-9years | 6-9years | 10-15years | 10-15years |
(The data will float according to the actual situation0