Magnetic Medical Filtration Systems
Our magnetic filtration systems use advanced magnetic technology to ensure premium performance.
Magnetic filtration is the most effective means of removing problem ferrous particles from industrial fluids. HSMAG provides water filtration systems, coolant filters and oil filtration systems.
Its’ success is based an ability to remove almost 100% of ferrous contamination, including sub-micron particles, without the need to replace consumable filter items or affecting the fluid’s key properties. Traditional filtration systems typically leave ferrous particles smaller than 5-10 microns circulating in the fluid causing damage to process equipment and finished products.
With the range of cost, efficiency and environmental benefits magnetic filters provide a rapid return on investment – sometimes as little as a 3 month payback.
Increased Product Quality
100% removal of ferrous particles ensures a cleaner cut or grind. A magnetic filter protects the part surface from the abrasive effects of ferrous particles and ensures a premium “mirror” finish to meet demanding tolerances. This in turn reduces reject rates, improves quality consistency and in applications such as cutting tools
Non consumable items required
Unlike some traditional filters which use replaceable media such as powder or paper, magnetic filters require no consumable items
Longer lasting fluids
ith a sub-micron filtration capability, magnetic filtration ensures fluids, such as oil and coolants, are cleaner and run for longer periods. In many cases this results in huge fluid, coolants or oil purchase and disposal savings. All the cleaned fluid is returned back into the cycle.
Maintained flow rates
With magnetic filters fluid does not flow through a barrier so the flow is uninterrupted. High flow rates can be maintained without affecting filtration efficiency.
No back pressure
Even when the magnetic filter is ‘full’ there is no blinding or risk of burst filters. The patented designs ensure that the magnetic filter can never block.