The air conditioner radiator recycling machine is a complete production line for recycling waste radiators to obtain metal copper, aluminum, and iron.
This production line can recycle intact or broken waste household air conditioner radiators and waste car water tanks. Large radiators can also be recycled in multiple layers, and are mostly used in cold storage and industry.
Many businesses take it seriously when it comes to the value of the scrap metal they generate, and scrap metal is often an adjunct to the core driving force of most businesses. Conceptually, scrap metal is often an afterthought, something that falls into the waste category; that is, a by-product of production that is simply a cost of doing business.
However, this assumption is wrong. Unlike solid waste and many types of household recyclables, scrap metal has a strong market value.
Scrap, copper, brass, aluminum, and other metals should be considered supplementary sources of income. In fact, for some industries, the generation of scrap metal can be a significant source of profit. When it's properly viewed as a source of income, it's easy to see why it's important to take the time to learn more about scrap metal.
The whole process of the air conditioner radiator recycling machine includes shredding, crushing, magnetic separation, and winnowing. After treatment, the separated copper, aluminum, and iron are very pure.
1. Put the waste radiator into the pulverizer and crush the radiator into small pieces. Double-shaft shredder with high torque can shred large radiators with low noise. The shredder blade is made of alloy, which is manufactured by special technology and has a long service life.
2. Crush the small pieces crushed by the pulverizer into particles smaller than 3cm. At this time, copper, aluminum, and iron are not composites but mixed together. The crusher used is a hammer crusher, which has a strong crushing force.
3. The mixed copper, aluminum, and iron particles are transferred to the negative pressure baffle system. The system can output a large amount of light aluminum and make the remaining particles go to the next step evenly. The system can improve the efficiency of the whole process.
4. The magnetic separator separates the iron from the mixed particles. The magnetic separator we use has a strong magnetic force and can automatically remove iron.
After the above steps, use an air separator to separate heavy aluminum and copper. Due to the different densities of copper and aluminum, under the action of wind force, the mixture of copper and aluminum moves with amplitude at a certain angle on the screen surface.
Due to the high density of copper, the resulting deflection makes the copper move toward the outlet, and the aluminum particles float on the copper particles and flow to the aluminum outlet, so as to achieve the purpose of separating copper and aluminum.
Because the radiator recycling machine can quickly and directly separate copper and aluminum from waste radiators, has a high separation rate, and is environmentally friendly, it has become more and more popular in recent years.
The use of air-conditioning radiators and automobiles is increasing, and as a result, the number of discarded radiators and automobile radiators is also increasing. People choose to use radiator recycling machines to dispose of waste radiators and car water tanks, which greatly reduces labor costs.
