Surface Engineering Solutions for glass mould manufacture A very wide range of processes and products Rapid repairs with high precision Protective coatings with extended service life Products tailored to different materials A complete range for all standard hardness needs A superior service based on extensive experience

E UTALLOY Wide range of powders for a exible, modular system specially developed for surface coating applications in the glass industry. The SUPERJET - S - EUTALLOY delivery system ensures enhanced quality deposits thanks to its consistent service performance using long life parts for highest operational safety. The rapid shut-off trigger, protective heat shield, low weight and advanced ergonomic design promote both fast deposition speeds for series production and on-the-spot repairs. This universal system is a must for all workshops dealing with applications requiring great precision, both along...

Self-fluxing, nickel-chromium-boron-silicon alloys for regular work on cast iron and steel parts Powders Typical application Hardness: ~34 HRC Grain size -125 µm No oxidation even at high temperature Protective coating of mould: edges and corners. Hardness: ~35 HRC Grain size -75 µm Fluid deposit Protective coating of mould: edges and corners. Hardness: ~36 HRC Grain size -106 µm Excellent build-up capability Protective coating of mould: neck and match. Hardness ~37 HRC Grain size -125 µm Long service life and high deposition rate Protective coating of mould: edges and corners. Protective coating...

EUTROLOY The complete range of nickel-chromium and nickel-copper alloy powders, specially formulated for the Plasma Transferred Arc process EUTRONIC GAP with maximum concentration of energy, provides top quality coatings without affecting the base metal. The ideal process for total automation of coating applications particularly on moulds or rotating parts. Nickel-chromium powders for automated applications using the Plasma Transferred Arc process Powders Typical application Hardness : ~30 HRC Grain size +53 -150 µm No oxidation even at high temperature Protective coating of pre-forming moulds,...