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CLASSIFICATION: EURO 410 Ni Mo

EURO 410 ni mo CLASSIFICATION: AWS E 410 nimo CHARACTERISTICS: Heavy coated, mild steel core wire, rutile electrode with a substantial metal powder addition to the coating. Having exceptional deslag and arc stability, this electrode produces a recovery of ~ 180% APPLICATIONS: Suitable for welding high strength martenisitic stainless steels having better resistance to corrosion, hydro-cavitation, sulphide induced and good sub-zero toughness compared with standard 12% Cr steels. Developed primary for CA-6NM castings. Additional material grades :- BS3100 425C11, ASTM F6NM-CA6NM, DIN 14351 G-X5 CrNi 13 4 & AFNOR Z6 CND 1304-M. Components: Valve bodies, compressor cones, impellers and high pressure pipe in power generation.

EURO 410 Ni Mo CLASSIFICATION: AWS E 410 NiMo CHARACTERISTICS: Heavy coated, mild steel core wire, rutile electrode with a substantial metal powder addition to

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Transcription of CLASSIFICATION: EURO 410 Ni Mo

1 EURO 410 ni mo CLASSIFICATION: AWS E 410 nimo CHARACTERISTICS: Heavy coated, mild steel core wire, rutile electrode with a substantial metal powder addition to the coating. Having exceptional deslag and arc stability, this electrode produces a recovery of ~ 180% APPLICATIONS: Suitable for welding high strength martenisitic stainless steels having better resistance to corrosion, hydro-cavitation, sulphide induced and good sub-zero toughness compared with standard 12% Cr steels. Developed primary for CA-6NM castings. Additional material grades :- BS3100 425C11, ASTM F6NM-CA6NM, DIN 14351 G-X5 CrNi 13 4 & AFNOR Z6 CND 1304-M. Components: Valve bodies, compressor cones, impellers and high pressure pipe in power generation.

2 Moisture resistant content give low weld metal hydrogen content will be in the 5-10ml/100g range. ALL WELD METAL COMPOSITION WEIGHT(%): Element C Mn Si S P Mo Cr Ni Cu min max - - - TYPICAL MECHANICAL PROPERTIES OF DEPOSITED METAL Ultimate Tensile Strength :927N/ mm2 Yield Proof Stress :792N/ mm2 Elongation on 5d :19% Impact energy CV @+20 C :38J stress relieved @605 C /1Hr CURRENT CONDITIONS: SIZE mm X 350 X 350 X 350 X 350 X 350 CURRENT- Amps AC(OCV70)/DC + 70-110 90-140 120-180 160-220 260-300 Re-drying.

3 Redry @ 350 C for 2 hours and then transfer to holding oven and hold @ 100-200 C, or 50-100 C in heated quiver. Welding Positions.


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