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Solution
SOLUTION
Innovative Solutions for Waste Material Disposal
Fante Company adheres to innovative waste material processing solutions and is committed to promoting a circular economy. Through technological innovation and sustainable development, we transform waste resources into valuable products and contribute to environmental protection.
Automatic Tire Recycling System
Automatic Tire Recycling System
Lithium Battery Recycling System
Aluminum Water Tank Recycling System
Scrap Metal Recycling System
• Crush the scrap tire into 40-120mesh rubber power at room temperature,the steel and fiberwill be separated completely.
• Compact structure occupying smaill space,low energy-consuming,environment protectionwithout pollution,secure and good performance.High efficiency and labor cost saving.
• Intelligent operation with internationl leading technical support.Reliable equipmentquuipment quality and high investment cot performance.
• The pre-shredding system can be equipped with bolted cutting tools tominimize the operational cost and simplify maintenance of the line.
• Two-stage rasper system effectively liberates the steel from the rubberenabling effective separations and the production of clean wire.
• The fine granulation system is equipped with a special rotor designedspecifically for tire rubber size reduction. It provides maximum throughput.whilst minimizing the amount of fines created.
• System automation ensures that components actions are linked, the systemcapacity is maximized, and the system is protected against interfering materialin the best way.machine is also optimized for low operational and wear costs.
• The comprehensive recycling and treatment equipment for wastelithium batteries has a high degree of automation and is easyto industrialize.
• All recycling processes have been automated.and the valuable components of waste lithium batteries have arecovery rate of over 99%.
• Lithium battery processing equipmentseparates aluminum, copper, and positive and negative electrodematerials from discarded positive and negative electrode platesfor the purpose of recycling.
• The aluminum content of positiveand negative electrode materials is less than three thousandths.and the copper aluminum grade is ≥ 96%
• Heavy duty, hinge belt conveyor is suitable for high loading and materials impact whilst being sealed to prevent leakage of material.The high torque Pre-Shredder is equipped with large diameter splined shafts, high strength shredding discs, and oversized gearboxes to ensure system performance and reliability.
• The Vertical Shredding System removes contamination on the surface of the steel (paint etc.) and compresses the scraps into nuggets.
• The bulk density of the product is maximized and EAF efficiency is greatly increased.Separation of the light fraction and fines is controlled by a central Reverse Jet Filtration System.
• The hammer crusher (metal crusher) is mainly used in the field of scrap metal recycling. After the material enters the crushing cavity, under the continuous drive of the high-speed, high-torque motor, the wear-resistant hammers on the rotor of the crusher hit the cavity in turn. Under the powerful impact, the metal is torn and extruded into blocks below 50mm, rust,paint and other sundries are gradually peeled off and discharged from the discharge port at the lower end.
• Through magnetic separation, when iron metal flows into the magnetic field area, it will be adsorbed on the surface of the cylinder, other impurities will be sorted and discharged, and theiron material will be taken out of the magneticfield area with the rotation of the cylinder.
• The eddy current uses high-strength permanent magnet NdFeB as the magnetic source, and its own magnetic system arrangement greatly improves the induction throwing force of the metal.
• During the operation of the PCB recycling line, the scrap circuit boards are first mechanically disassembled to remove large components and heat sinks.
• Next, the circuit boards are sent to the crusher for comminution, and the crushed materials are screened and graded to isolate particles of different sizes and types.
• Subsequently, physical separation techniques such as wind separation, magnetic separation and gravity separation are used to effectively separate metals and non-metallic materials.
• Finally, chemical methods may be used to purify metals from the refining process to ensure that the metals extracted from the scrap circuit boards are of high purity and suitable for reuse or sale.
The waste wire recycling line is a production line specially used to process and recycle waste wires and cables.
• First, the waste wires are fed into the crusher, which crushes them into small pieces to facilitate subsequent processing.
• Then, the crushed materials are sent to separation equipment through a conveying system, such as air flow separators, vibrating screens or gravity separators, which can effectively separate metallic and non-metallic materials.
• Finally, refining and purification steps ensure that the recovered metal reaches a quality standard that can be reused.
The waste refrigerator recycling system is an environmentally friendly facility specially used to process and recycle waste refrigerators.
• Disassembly and separation: Disassemble the refrigerator into its individual components such as compressor, condenser, insulation, etc.
• Handling of hazardous substances: Safely dispose of refrigerants and other hazardous substances in the refrigerator to prevent environmental pollution.
• Material recycling: Recycle metals (such as steel, aluminum), plastics, glass and other reusable materials and send them to corresponding recycling plants for reprocessing.
• Resource utilization: Put the recycled materials back into the production process to realize the recycling of resources and reduce the dependence on natural resources.
Construction waste recycling systems are integral for sustainable building practices, aiming to reduce the environmental impact of construction activities. These systems manage the collection, separation, and processing of construction and demolition debris, transforming waste materials into reusable resources.
• Collection and Transportation: Efficient collection and transportation mechanisms ensure that waste materials are properly gathered from construction sites and delivered to recycling facilities.
• Sorting and Separation: Advanced sorting technologies, such as magnetic separators, air classifiers, and manual picking lines, are used to segregate recyclable materials like metals, wood, concrete, and plastics from non-recyclable waste.
• Processing and Recycling: Recyclable materials are processed into reusable forms. For example, concrete can be crushed into aggregate for new concrete, metals can be melted and reformed, and wood can be chipped for mulch or fuel.
