• Cost-effective spraying technology for the manufacture of metallic coatings
• Only filler material in wire form usable

• All sprayed particles are melted thoroughly
• High deposition efficiency

• Miscellaneous carbon-, chrome- and chromium-nickel steels, bronze, zinc, copper, molybdenum, nickel and aluminium-nickel etc.

• Repair of worn out machines
• Protection against corrosion
• Wear protection with molybdenum

• All-purpose, cost effective spraying technology
  (UNI-SPRAY-JET/ MINI-SPRAY-JET)
• Only filler material in powder form usable

• Almost all filler materials, including ceramics processible
• No air pressure needed
• Low investment costs

• Repair coatings
• Protection against corrosion
• Wear protection

Arc spraying

Principles of arc spraying

Characteristics

• Spraying technology with high deposition rate
• Only spraying material in wire form usable

• High melting: up to > 20kg/h
• High adhesion
• Low operating expenses
• Very rough coatings producible

• Repair and wear protection
• Protection against corrosion for bigger components or thick coatings > 1,0mm

• Spraying technology with high thermal energy and high temperature
• Only spraying material in powder form usable
• High investment costs and operating expenses

• High coating quality achievable, especially suitable for highmelting-point materials, primarily ceramics

• Premium coating system for aircraft turbines
• Components for textile machines, pulp- and paper machines and printing machines
• Hydraulic engineering

• Spray wires
• Spray powders for flame- and plasma spraying
• Spray powders for HVOF spraying
• Self fluxing alloys
• Ceramic spray powders