Copper Aluminum Radiator Separator - for Scrap AC & Car Radiator Recycling

• Customization: Available
• After-sales Service: Video Technical Support,Online Support
• Warranty: 1yera
• Model NO.: FTHS-600, 800, 1000, 1200, 1400
• Transport Package: Standard Exported Package
• Specification: customized
• Trademark: Fante
• Origin: China
• HS Code: 8477800000
• Production Capacity: 100 Sets /Month
• Package Size: 1150.00cm * 600.00cm * 1700.00cm
• Package Gross Weight: 5000.000kg

Product Description

The core of a car radiator (also known as a car radiator) is composed of cooling pipes and fins, and the materials used for manufacturing are generally copper and aluminum. The cooling pipes are often made of copper, and the fins are made of aluminum. This mixed metal water tank has extremely low recycling value without separation, and the use of copper and aluminum as industrial metal materials is very large. Therefore, if this mixed metal water tank can be successfully separated, its economic value is very considerable.

Model	Power(kw)	Chamber length(mm)	Weight(kg)	Overall Dimension (LxWxH(mm)
FTHS-800	22*2	800	/	3250*1350*1800
FTHS-1000	45*2	1000	7200kg	4250*1750*2100

The radiator made of composite materials is fed into a crusher for shredding, and the length of the shredded fragments is controlled within 200mm; Due to the large volume of waste heat sinks, they cannot be directly crushed by hammering. The first time they are shredded to a length suitable for hammering, it will not affect the size of the copper material.

The debris of the radiator is removed from the iron by a iron remover; The various materials after separation have high purity and do not require further removal of impurities. The iron remover can be self dumping and convenient to use.

The shredded radiator fragments are transported by a conveyor to the hammer crusher for crushing, and the length of the shredded radiator fragments is controlled within 60mm; After being hammered, the fragments contain copper, aluminum, and their compositions. Through experiments, it has been found that copper fragments of this length have small impurities and high recovery value.

After using a specific gravity sorting equipment, the copper and aluminum in the remaining impurities are separated to obtain a metal material with clean and uniform particles. The sorting adopts bipolar specific gravity sorting, which improves the sorting accuracy.

The pulse dust removal system effectively suppresses dust overflow, Collect the dust and ultrafine fibers generated during the crushing process,with a dust removal rate of up to 99%.