The second-hand 10 ton belt juicer uses two circular mesh belts to hold the fruit pulp, which is fed from the feeding box into the space between two filter belts and moves forward with the filter belts. Firstly, in the wedge-shaped area, a large amount of juice is slowly squeezed out to form a filter cake; After entering the squeezing zone, the tension of the filter belt and the pressure roller with L-shaped pressure strip further squeeze the juice, and due to the decreasing diameter of the pressure roller, the pressure and shear force on the filter cake increase, ensuring the squeezing effect. The filtered residue after juicing is discharged from the bottom slag outlet by a wear-resistant plastic scraper, and a high-pressure flushing pipe is installed to flush the filter belt to ensure its smoothness.
Belt juicer is a continuous juicing device commonly used in the field of deep processing of fruits and vegetables. The following is a detailed introduction about it:
The belt juicer uses two circular mesh belts to hold the fruit pulp, which is fed from the feeding box between two filter belts and moves forward with the filter belts. Firstly, in the wedge-shaped area, a large amount of juice is slowly squeezed out to form a filter cake; After entering the squeezing zone, the tension of the filter belt and the pressure roller with L-shaped pressure strip further squeeze the juice, and due to the decreasing diameter of the pressure roller, the pressure and shear force on the filter cake increase, ensuring the squeezing effect. The filtered residue after juicing is discharged from the bottom slag outlet by a wear-resistant plastic scraper, and a high-pressure flushing pipe is installed to flush the filter belt to ensure its smoothness.
It mainly consists of a frame, upper and lower belt drive rollers, deceleration drive machine, filter press belt, filter belt cleaning system, filter belt correction system, pressure roller device, safety protection device, automation control system, etc.
Efficient processing of high fiber materialsAdopting a multi-stage track press structure, the material is gradually pressurized by clamping with filter cloth, which can effectively release the juice inside high fiber fruit and vegetable cells, and the juice yield can be increased by 10% -20% compared to traditional methods.
Continuous operation, stable production capacitySupports continuous feeding and slag discharge, seamlessly connects the front and rear processes, runs smoothly with minimal vibration, can operate stably for a long time, improves production efficiency, and reduces unit energy consumption.
Low damage, preserving the original flavor of the juicePressing at low speed at room temperature avoids the damage of pigments, vitamins, and flavor substances caused by high temperature oxidation and shear force, resulting in bright color and pure taste of the original juice.
Easy to clean and maintainThe main body of the equipment is made of food grade 304 or 316 stainless steel, and the filter belt can be automatically washed or manually disassembled for cleaning to prevent cross contamination and meet the needs of multi variety rotation production.
High degree of automationEquipped with functions such as airbag control for inflation, correction, pressurization, and variable frequency speed regulation, it can also be equipped with a fully automatic CIP cleaning system, which does not require manual operation and is convenient and fast.
Fruit and vegetable processing fieldSuitable for juicing various fruits and vegetables such as pears, apples, lemons, oranges, papayas, radishes, ginger, etc., especially when processing high fiber fruits and vegetables such as tomatoes, carrots, spinach, celery, etc.
other fieldsIt can also be used for solid-liquid separation of semi-finished products in industries such as vitamin C engineering, alcohol engineering, brewing, starch, and feed, as well as dehydration of industrial wastewater.
In the industrial production of tomato sauce, vegetable juice, and composite fruit and vegetable drinks, belt juicers are gradually replacing traditional screw pressing or centrifugal separation equipment, becoming a key equipment for improving product quality and market competitiveness.
