Car radiator recycling machine for sale

Brief introduction of car radiator recycling machine

Car radiator recycling machine is used for recycling car radiators and air conditioner radiators to get metal copper, aluminum and iron for profit. Car radiator recycling machine adopts dry type separation method, thus no secondary pollution to the environment.

Car radiator recycling machine

Technical parameters of car radiator recycling machine

The working process of car radiator recycling machine

Shredding - Double shaft shredder shred waste car radiators into small pieces. The blades for shredder use alloy and are made by special technology which has a long service life.

Crushing - Crushing waste car radiators to particles which size is less than 3cm, then copper, aluminum, iron are not composited but still mixed together. The crusher we used is hammer crusher, it has a strong crushing force.

Magnetic separating - Separate iron from mixed particles. The magnetic separator we used has strong magnetic force and it can remove iron automatically.

Negative pressure baffling separating - Mixed copper, aluminum, iron particles are transferred to negative pressure baffling system. This system can output lots of light aluminum and make the rest particle go to the next step evenly. This system can improve the efficiency of the whole process.

Air separating - Due to the different specific gravity of copper and aluminum, the air separator completely separates copper and aluminum.

Car radiator recycling machine and the separated metals

Main Features of Car radiator separator machine:

* This machine is equipped with pulse dust collection, which can ensure the working environment is clean.

* The separated metals are very pure and can be sold directly.

* Large capacity and high efficiency.

* Adopts PCL control system, this machine is fully automatic and easy to operate.

More details about car radiator recycling machine, you can feel free to consult us. Or you can take your raw materials to our factory to test the machine.