Magnetic separation systems - Import export

Eclipse’s patented magnetic filtration or magnetic separation systems are the ultimate in filtration technology, providing, quality and environmental benefits. The Filtramag is the ultimate in filtration technology, its’ high intensity magnetic cores make it 1005 effective for use with materials which have lower magnetic permeability such as tungsten carbide and cast iron. With a stainless steel construction it is ideal for use in harsh chemical environments and wash systems. Patented design. Easy installation. Unique dual flow technology™ maximises collection capability. Operates at up to 20 bar. Removes both magnetic and non-magnetic contamination. Minimal pressure drop. In-line connections. Ideal for use in harsh chemical environments. The dual chambered design means that fluid is exposed to the high intensity magnets for the maximum time thus ensuring almost 100% of contamination is removed on first pass through the filter. High intensity magnetic cores ensure particle

Magnetic Deaerator and Dirt Separator are used with a single device to dissolve microbubbles, dirt, and air in high performance in heating and cooling installations. Micro smart filter design is the most important element of the system design. Optimum air and microbubble separation and very low flow resistance are available. It also has a high degree of dirt handling. With its magnetic Separator feature, ViraPlus separates the moving metal particles in the installation more effectively and ensures faster cleaning of the installation. It also extends the life of your pump and other connecting equipment by minimizing the damage caused by metal parts to high-efficiency pumps that provide low energy consumption.

Magnetic separators filter ferrous and paramagnetic metals from product flows. These contaminations can remain in your end product and cause rejection, but can also damage your process machines. Examples of ferrous contamination in your production line: rivets, nails and screws of packaging, loosened bolts and nuts, wear of moving parts, rust or corrosion. We offer you a wide range of magnetic separation systems, that are suitable for removing large loosened parts, up to very fine wear particles. And with manually to fully automatic cleaning systems.

Magnetic separators filter ferrous and weakly magnetic metals from your product flow. These contaminants can remain in your end product and cause rejection, but can also damage your process machines. Examples of ferrous metals in your production line: rivets, nails and screws of packaging, loosened bolts and nuts, wear of moving parts, rust or corrosion. We offer you a wide range of magnetic separation systems, that are suitable for removing large loosened parts, up to very fine wear particles. And with manually to fully automatic cleaning systems.

We offer high quality and reliable paint stripping rooms, with different configurations adapted to the requirements of each client. In collaboration with partners with more than 30 years of experience, with engineering and their own manufacturing resources, we study the best technical solutions to meet the expectations of our customers. The blasting rooms supplied by Blasqem can meet different requirements and have different configurations, namely: Shot blasting with several operators Automation of the operation (e.g. robots) Workpiece lifting systems High brightness Double pressure tanks Large capacity depots Different systems and levels of recirculation Magnetic separation ATEX systems No space required We also offer mobile stripping rooms. These solutions can include a complete and compact system for blasting, filtration and recirculation of abrasives.

Chain Magnetic Separator are used for the cleaning of liquids contaminated with magnetizable solid particles and foreign oils. F.E.S. separator systems can be used in full-flow or bypass cleaning applications. The separation performance varies depending on the level of contamination and the volume flow rate. Note: The separator systems can be supplied via a separate supply pump, existing system pumps (with sufficient reserve capacity within the existing system components), or a free inlet (with sufficient geodetic height difference). Advantages: No filter aids required High separation efficiency Large throughput capacity Large active separation surface due to favorable separation geometry and optimal arrangement of magnets Low wear and tear Operating Principle: The contaminated liquid is supplied to the separator through the flange (1) located at the bottom.