Stainless Steel Welding / Alloy Wire / Corrosion-resistance alloy wires

INACOR 99,2

Nominal Composition:
• Ni 99,2 min
• Mn 0,35 max
• Cu 0,25 max
• Si 0,20 max
• Fe 0,10 max
• C 0,10 max

Material Characteristics:

- Specific resist. at 20 °C 9 micro ohm/cm
- Density 8,90 g/cm3
- Approx. Melting Point 1450°C

Reference norms:
- ASTM B160 UNS N02200
- DIN 17740 NI 99,2 Wst 2.4066

Nominal Composition:
• Ni 63,0 min
• Cu 28,0-34,0
• Mn 1,50 max
• Fe 1,25 max
• Si 0,50 max
• C 0,15 max
• C 0,15 max6

Material Characteristics:

- Specific resist. at 20 °C 50 micro ohm/cm
- Density 8,80 g/cm3
- Approx. Melting Point 1435°C

Reference norms:
- ASTM B127 UNS N04400
- ASTM B164 UNS N04400
- BS 3075 NA13

Nominal Composition:
• Ni 38,0-46,0
• Cr 19,5-23,5
• Mo 2,5-3,5
• Cu 1,5-3,0
• Mn 1,0 max
• Ti 0,6-1,2
• Si 0,5 max
• Al 0,20 max
• C 0,05 max

Material Characteristics:

- Specific resist. at 20 °C 110 micro ohm/cm
- Density 8,14 g/cm3
- Approx. Melting Point 1380°C

Reference norms:
- ASTM B425 99 N08825
- AWS A5.14 ERNiFeCr-1 - UNS N08065

Nominal Composition:
• Cr 22,0-25,0
• Al 4,5-6,0
• Si 1,0 max
• Mn 0,6 max
• C 0,10 max
• Fe rem.

Material Characteristics:

- Specific resist. at 20 °C 96 micro ohm/cm
- Density 8,00 g/cm3
- Approx. Melting Point 1380°C

Reference norms:
- DIN EN 10088-3 X1NiCrMoCu25-20-5 Wst 1.4539