EuTronic® Arc Spray EAS1-i
Twin Wire Arc Spray Technology
EuTronic Arc is the highest productivity thermal spraying process. EuTronic Arc is an Arc Spray Process using a pair of wires which are melted by an electric arc.
EuTronic Arc provides a lot of benefits compared with conventional welding processes used for wear protection:
- Most substrate types can be coated.
- No thermal distortion or metallurgical alteration of the substrate.
- Low pre-heating requirements.
- Low heat input during spraying.
- No heat treatment after coating.
- No dilution of the coating.
- Fastest coating speeds.
- Better control over deposit thickness reducing machining time and saving materials.
EuTronic Arc provides a lot of benefits compared with conventional welding processes used for wear protection:
- Most substrate types can be coated.
- No thermal distortion or metallurgical alteration of the substrate.
- Low pre-heating requirements.
- Low heat input during spraying.
- No heat treatment after coating.
- No dilution of the coating.
- Fastest coating speeds.
- Better control over deposit thickness reducing machining time and saving materials.
Description
EuTronic Arc is the highest productivity thermal spraying process. EuTronic Arc is an Arc Spray Process using a pair of wires which are melted by an electric arc.
EuTronic Arc provides a lot of benefits compared with conventional welding processes used for wear protection:
- Most substrate types can be coated.
- No thermal distortion or metallurgical alteration of the substrate.
- Low pre-heating requirements.
- Low heat input during spraying.
- No heat treatment after coating.
- No dilution of the coating.
- Fastest coating speeds.
- Better control over deposit thickness reducing machining time and saving materials.
EuTronic Arc provides a lot of benefits compared with conventional welding processes used for wear protection:
- Most substrate types can be coated.
- No thermal distortion or metallurgical alteration of the substrate.
- Low pre-heating requirements.
- Low heat input during spraying.
- No heat treatment after coating.
- No dilution of the coating.
- Fastest coating speeds.
- Better control over deposit thickness reducing machining time and saving materials.
Applications
- Anti-wear coatings.
- Bridges (concrete and steel).
- Cement works.
- Engineering bond coats.
- Mining.
- Offshore/oil & gas.
- Pulp and paper.
- Steel works.
- Shipbuilding/ marine.
- Structural steelwork.
- Thermal power plants.
- Vessels and enclosures.
- Waste and recycling.
- Wind turbine towers, fences.
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