Device Type

• Raw material cleaning equipmentIncluding pre-treatment equipment, cleaning equipment, etc., used to remove weeds, debris, mud, stones, iron tools, etc. from raw materials to ensure cleanliness and facilitate subsequent crushing and filtering operations.
• Crushing and filtering equipmentThere are mainly curved mesh machines, filing and grinding machines, overflow machines, fine filters, micro filters, sand and mud removers, etc. Crushing is used to extract starch from the roots of banana and taro, while filtering is used to remove impurities such as crude fiber, fat, and protein from the roots, ensuring the purity of the starch.
• Concentrating and refining separation equipmentUsed to separate and remove fine fibers, yellow powder, oil powder, pectin, etc. from starch milk, improving the concentration, accuracy, and quality of starch.
• Dehydration and drying equipmentThere are mainly vacuum dehydrators and airflow dryers. The cleaning, crushing, and filtering processes of banana and taro starch use a large amount of water. Dehydration and drying equipment can fully dehydrate and dry the starch, making it easy to store and transport. If the moisture content in starch is too high, it is easy to rot and mold.

Process flow and corresponding equipment

• Loading liftingFeed the raw materials of banana and taro into the cleaning equipment through conveyor belts or elevators to prepare for subsequent processing.
• washUse hydraulic flow channels, spiral cleaning machines, and other equipment to remove sediment and impurities from the surface of banana taro, ensuring the cleanliness of the raw materials.
• Secondary cleaningFurther clean the banana taro after initial cleaning to remove finer impurities.
• Primary crushingUse specialized crushing equipment to preliminarily crush the cleaned banana taro and release starch granules.
• Secondary crushingGrind the primary crushed material more finely to make it easier for starch particles to separate from the roots.
• Slurry separationSeparate the starch slurry from the fiber residue in the crushed material through screening technology.
• Secondary separationFurther screen the separated starch slurry to improve starch purity.
• Sand removalUse sand removal equipment to remove sand particles and other hard impurities from starch slurry.
• Secondary separation of slurryRefine the separation of starch slurry again to ensure the quality of starch.
• Cyclone washingWash the starch slurry with a cyclone to remove residual non starch substances.
• 脱水Using a vacuum suction filter dehydrator to dehydrate starch, while also having a washing effect.
• airflow dryingDry wet starch by suspending it in a high-speed flow of hot air using an airflow dryer.

Features of the equipment

• Diverse processing abilitiesThe processing capacity of equipment with different models and configurations varies. For example, the processing capacity of a simple banana and taro starch production line can reach 4-5 tons/hour, which can meet the needs of different scales of production.
• Durable materialThe main material of the equipment is mostly carbon steel or stainless steel, which has high strength and corrosion resistance, and can adapt to long-term production operation and different environmental conditions.
• Improved automation levelSome devices have achieved automated operations, reducing manual intervention and improving production efficiency and product quality stability.
• Energy-saving and environmental protectionSome new devices focus on energy conservation in their design, reducing energy consumption and minimizing wastewater and waste discharge during the production process.

Key points for purchasing

• production scaleChoose equipment with appropriate production capacity based on one's own production scale. If the production scale is small, simple equipment can be chosen; If the production scale is large, it is necessary to choose large and efficient production line equipment.
• Equipment qualityAssess the material, manufacturing process, and component quality of the equipment, select reliable and durable equipment to reduce later maintenance and replacement costs.
• Technical SpecificationsPay attention to the technical parameters such as processing capacity, water consumption, and electricity demand of the equipment to ensure that it can meet production requirements and match the existing water and electricity supply conditions.
• Manufacturer reputationChoose manufacturers with good reputation and credibility, who can provide higher quality products and comprehensive after-sales services, such as equipment installation and commissioning, technical training, maintenance, etc.