It all stems from needing to find an effective solution to eliminate impurities in heating systems. Besides sludge that forms naturally in the systems, the risk of clogging often derives from foreign particles from the oxidation of metal surfaces, residue of materials and lubricants used during installation or even fragments released by the system components themselves.
These particles - often truly microscopic in size (down to 0.005 mm) - are not always visible.
Among the most common risks of these impurities is annoying intermittent noise as well as, often, strong vibrations, but also seizures, total or partial blockages in circulation, and a more general system malfunction. The risks do not end here. Over time, encrusted deposits can indeed degenerate, causing corrosive effects that alter the geometry of the surfaces and compromise the operation of pumps and valves. In the most severe forms, degeneration can even lead to metal components and pipes breaking. Do not forget that the accumulated dirt tends to adhere progressively to the valve seats, causing imbalances as well as drastically reducing the exchange surface of the heat exchangers and significantly limiting the flow rate.
Faced with the constant risk of a compromised system, in which simple management and maintenance are hindered and climatic comfort and energy savings put at risk, RBM has carried out real specialised research in the field of magnetic filtration.
Objective: to solve the problem upstream, developing individual performing components, designed according to specific needs and intended to restore and maintain the utmost effectiveness and efficiency of every system.
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