UBC cans shredding sorting and delaquuring equipments
Waste cans can be recycled and reprocessed into new aluminum products, which has a high recycling value. The waste cans that have been compressed are first broken into pieces by crushing equipment, and then used to remove the paint and paint from the cans carbonization furnace to obtain aluminum. The temperature of the carbonization furnace cannot reach the melting point of aluminum. Sheets can go on to be cast into aluminum ingots.
Our carbonization furnace controls the carbonization time through PLC, and can control the carbonization temperature within a certain range. The heating area of the carbonization furnace is made of stainless steel, which can adapt to continuous carbonization production operations at about 600°. Compared with chemical paint removal and mechanical paint removal, pyrolysis carbonization paint removal of cans has the characteristics of high efficiency, good paint removal effect, etc., and meets environmental protection requirements.
The paint removal and carbonization equipment for cans is composed of drying furnace (optional), carbonization main furnace, condenser (optional), cooling tower and other parts; carbonization main furnace is composed of main drum, casing, combustion chamber and other components.
Aluminum cans ubc de-coating plant
Equipment advantages:
1. The paint removal and carbonization equipment for cans is specially designed at the feed inlet and carbon outlet to achieve airtightness when the equipment is running. When the equipment is running, the raw materials continue to enter the carbonization furnace, and the carbonized materials continue to be carbonized through the carbon outlet. , Continuous production, processing 20-120 tons of raw materials per day.
2. The main furnace fire zone of the paint removal and carbonization equipment for cans is made of stainless steel 310S, and the maximum working temperature can reach 650°
3. The main furnace body of the paint removal and carbonization equipment for cans adopts a double-layer structure. The inner cylinder is dried and the outer cylinder is carbonized, which reduces the occupied area by nearly half, and at the same time reduces the contact area between the cylinder body and the external environment, with less heat loss and high heat utilization rate. .
4. The explosion-proof plate of the main furnace of the paint removal and carbonization equipment for cans can be directed to relieve pressure when there is abnormal pressure inside; sensors are installed in multiple key positions, and the abnormal state can be grasped immediately; remote monitoring of the Internet of Things, real-time management of equipment.
5. In most cases, except for the preheating stage, the paint removal and carbonization equipment for cans does not require additional fuel heating. The heating demand of carbonization can be met only by recycling the combustible gas produced by carbonization of materials.
6. The paint removal and carbonization equipment for cans is based on Siemens PLC as the control basis, and the structure is laid using Ethernet communication network + 5G technology. The centralized control system builds a human-machine communication platform through the upper computer, generates a dynamic operation flow chart, and realizes remote monitoring and control system start and stop, parameter feedback and operation control, etc.
The above is the relevant introduction about the paint removal and carbonization equipment for cans. If you have any questions or are interested, please feel free to contact us by leaving a message.
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