Shredder machine for domestic waste

Hydraulic Container Scrap Metal Shearing Machine: Applicable in recycling companies, automobile dismantling plants, smelting & casting industry to cold-shear section steel and metallic structural parts into acceptable furnace charges.

Hydraulic Container Shear is used to cut large pieces of scrap metal into smaller, more manageable pieces. It typically consists of a large hooper that holds the scrap metal, a powerful motor, and a shearing blade. The blade is usually made from hardened steel and is designed to cut through thick pieces of metal quickly and efficiently. The container type allows for the easy collection and disposal of the scrap metal after it has been cut. The hydraulic container shear is very popular in the waste metal industry because of its' samll volum but high cutting effiency.

Teyun heavy duty hydraulic scrap metal baler has the 500ton, 630ton, 800ton,1000ton and even the 2000ton types. This scrap metal baler is usually used to press the scrpa metal to save the transport cost and space which is very popolar in the recycling industry.

Container shear is also called the horizontal scrap metal shearing machine, which is widely used for waste metal cutting and recycling.

When recycling the waste cars, the big car body or car shells becomes a big problem, we can use a car baler which is especially designed for baling the waste cars. The car baler has two types for the champer: one is the flat and another type is with the turn around box.

The aluminum can delacquering production line is a specialized system designed to remove paint, coatings, and inks from used beverage cans (UBCs) to prepare them for recycling into high-quality aluminum materials. This process is critical for achieving sustainable metal recovery and reducing raw material consumption in the aluminum industry.

Aluminium extrusion machine is the most important equipment to realize aluminium extrusion processing. Its important feature is that the metal ingots are processed into tubes, rods, and profiles at a time.