Metal separators - Import export

Basic tip-up seat. Designed for top-class sports facilities. Its modern, elegant design has won it the RedDot Award 2016 for best design in its category. The jury said: "The Avatar's design exudes resilience and, thanks to the innovation of its materials, it meets the needs demanded by its use." All the parts that make up this seat are injection-moulded, with only the lower concrete-gripping rail made of metal. Thanks to its distribution on rails, this model allows numerous configurations on the tiers; the distribution of seats, as well as the seating capacity, can be changed quickly. Dimensions: Depth: 540 mm (back to seat) Closed depth: 200 mm Width: 445 mm Back height: 480 mm Centre distance: 500 mm Eco-design: - High rate of recyclable product (plastic) - Easily separable components (plastic - metal).

The magnetic sheet floaters are designed for separation of magnetic steel sheets, clean , oily or sticky sheets. They help boost press and press brake production by eliminating the need to fumble with thin oily sheets. It also operates in automated systems. For a good selection of magnetic floater in the separation of plates, first of all we should know the thickness of the sheets, since it is a critical input to do a good job. One thing to bear in mind is that the magnetic float IDG.FS.RB shall be 90 mm higher than the stack of sheets to be separated. Construction features: * Stainless steel case. * Construction of the magnetic circuit with powerful permanent magnet, which can not be demagnetized. * High resistance welded box. * Threaded holes in the mounting base for a quick assembly * Ceramic or Rare Earths magnets. * Non-standard size. * Sizes and configurations according to customer characteristics. * Available in various magnetic forces.

Eddy Current separation system consists of a conveyor belt and a rotor with a magnetic circuit built in 14 or 24 poles; to adapt to the grain-size distribution of the product. All within a steel case and covered by a counter drum . Being separates, the drum and the rotor inductor, allows operation at different frequencies. When the rotor turns at high speed it generates an electric current in the conductive metals (nonferrous), this inductive voltage produces a magnetic field opposite to the rotor, causing the non-ferrous metals being repelled. The rejected metal falls into the hopper by gravity, being separated from the other material. Eddy Current separators are indicated for the separation of non-ferrous metals: aluminum, brass, copper, etc., from inert materials. Used by recyclers in various sectors, production of semimanufactured and other processes. Separation of nonferrous metals in: car crushers, foundry slag, foundry sand, debris in domestic and industrial recycling companies