We have a solution for problems with spare parts on impellers by means of repair compounds! Scope of application: Rotors Vane profiles Vacuum rotors Open / closed impellers Single-channel / multi-channel impellers Mixers KSB Pumps in Test The elastomeric MetaLine coating technology is the winner of the pump coating test carried out by KSB Pumps (Germany). In comparison with 25 competitors our material technique with an up to 35 times higher wear resistance has won through! As the only (!) synthetic coating at all, MetaLine has been classified by KSB as a functional cavitation protection! The erosion resistance was even rated double as high as that of the KSB special material "Noridur"! MetaLine - Technical solutions in detail METALINE SERIES 700 MetaLine Series 700 coatings absorb destructive impact energies through permanently elastic material behavior. Layer thickness is adapted individually to the stress parameters and flow conditions of pump construction. This usually results in 5-6 times higher life-times for impellers coated with MetaLine in comparison with unprotected grey-cast iron constructions. METALINE SERIES XL MetaLine Series 700 coatings absorb destructive impact energies through permanently elastic material behavior. Layer thickness is adapted individually to the stress parameters and flow conditions of pump construction. This usually results in 5-6 times higher life-times for impellers coated with MetaLine in comparison with unprotected grey-cast iron constructions.

MetaLine Series 700 – Sprayable / OEM Manufacturer quality MetaLine Series 700 coatings absorb destructive impact energy through permanently elastic material properties. Layer thickness is adapted individually to the stress parameters and flow conditions of the pump design. This usually results in 4–5 times higher lifetimes for impellers coated with MetaLine compared to unprotected cast iron designs. MetaLine Series XL – Trowel- or brushable / Repair quality MetaLine XL series are polymeric repair materials for restoring worn structures and geometries. Used in good time, they prevent further degradation of the impeller and static stability losses. The materials are characterized by an extraordinary strong substrate adhesion as well as their good corrosion resistance.