The belt juicer has been carefully developed to be an efficient extraction equipment

The belt type juice extractor is carefully developed and is an efficient extraction equipment. It is a key device related to the level of juice output in the production of fruit juice and vegetable juice. Can be widely used in the juice industry of berries, nuts and various vegetables.
The belt juicer adopts multi-stage folding stick pressure and multi-stage pneumatic roller pressure. At the same time, it also has the characteristics of energy saving, high degree of automation, automatic feeding and discharging, continuous work, strong versatility, sufficient pressure filtration, low water filtration of filter cake, and convenient operation and maintenance. It is a high juice extraction equipment. Using such a belt-type juicer can increase the juice yield of 20 ~ 35% and the juice yield as high as 75 ~ 80% (depending on the raw materials), which can greatly reduce the production cost and improve the economic efficiency of the enterprise.
The belt juicer can also be used for pressure filtration and dewatering of some powders and pulps in the food, chemical, environmental protection, light industry and other industries. It adopts multi-stage folding stick pressure and multi-stage pneumatic roller pressure. High juice yield. At the same time, it also has the characteristics of energy saving, high degree of automation, automatic feeding and discharging, continuous work, strong versatility, sufficient pressure filtration, low water filtration of filter cake, and convenient operation and maintenance. It is a high juice extraction equipment. Using a belt juicer can increase the juice yield of 20 ~ 35%, and the juice yield is as high as 75 ~ 78% (depending on the raw materials), which can greatly reduce the production cost and improve the economic efficiency of the enterprise. This equipment can also be used for pressure filtration and dehydration of some powders and slurry objects in food, chemical, environmental protection, light industry and other industries.
The main part of the belt juicer consists of a frame, an upper and lower drive shaft, a deceleration drive assembly, a filter belt, a cleaning belt component, a feeding component, a cloth device, a tensioning device, a correction device, a pressure boosting device, and a safety protection device , Gas and electricity control device, washing water filter device and other components. Ancillary equipment consists of water filtration device (including curved mesh filter, water storage tank), stainless steel vertical multi-stage pump, spray water washing backflow pump, etc. The refined raw materials (solid-liquid mixture) are continuously pumped into the feeding hopper by the screw pump during the operation of the belt juicer (the bandwidth of the material can be adjusted), and is evenly distributed by the distribution roller.
In the belt-shaped juicer, a large amount of water is slowly squeezed out in the wedge-shaped area bent down to form a compressible filter cake. Make sure the water quickly overflows from both sides. After the belt juicer, the diameter of the pressing roller is gradually reduced, and the filter belt is "S", which generates a shearing force of decreasing surface pressure to ensure the best dehydration effect. In order to further increase the dehydration rate, adding another can produce linear Pressure and peripheral pressure. After dehydration, the filter cake is scraped off by a wear-resistant scraper.
Both filter belts of the belt juicer are continuously flushed by high-pressure nozzles, so that the filter belts maintain a good high juice yield. The spray washing water is automatically filtered, slag-discharged, and recycled by the arc filter through the return pump, which saves energy. The filter press belt is woven from nylon warp and weft. It has the characteristics of acid and alkali resistance, food hygiene, easy juice, no water absorption, high strength and so on. When the belt juicer is working, it uses the airbag to tighten the filter belt and the special valve to control the deviation of the belt, which not only stabilizes and avoids overload, is safe and reliable, and realizes automation of the entire process.