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WEAR-ARC Ni Manganese

Wear-Arc Ni-Manganese is a "build-up" alloy that produces a crack resistant weld deposit that forms a ductile, hig strength bond.

Features

Wear-Arc Nickel Manganese weld deposit is crack resistant and forms a ductile, high-strength fusion bond on manganese steel. The austenitic structure of the weld provides excellent resistance to wear caused by heavy impact and compressive loads. Under conditions of continuous impact, the deposit surface work hardens to a BHN of 510. Wear-Arc Nickel Manganese is best suited for applications where severe impact and compressive forces are encountered continuously. Because of the sound, high-strength welds from this electrode, it should also be used for the attachment welding of wear plates, teeth, rounds, and shapes of manganese steel.

WEAR-ARC Ni Manganese
  • Industry
  • General Fabrication
  • Rail Road Car
  • Steel Industry
  • Mobile Machinery
  • Welding Process
  • SMAW (Stick)

Classifications

  • Classifications/Approvals

    • AWS A5.13; EFeMn-A
    • ASME SFA 5.13

Properties

Typical Properties
As Welded  
Tensile Strength 116 ksi, 800 MPa
Yield Strength 62 ksi, 425 MPa
Hardness Two Layers on Manganese Steel, 90 Rb
Work-Hardened Hardness 48 Rc
Elongation in 2" 45 %
Typical Undiluted Weld Metal Analysis  
C 0.6 %
Mn 14 %
Si 0.6 %
Ni 4 %

Part No.

Ni-Mn
Part No. Model / Product Description UPC
259151363 WA NIMN 3/32X12X40#HS UN 662303078720
259151371 WA NIMN 1/8X14X50#HS UN 662303031268
259151397 WA NIMN 3/16X14X50#HS UN 662303031282
259151405 WA NIMN 1/4X18X10#HS 662303031299
259151421 WA NIMN 1/8X14X10#HS 662303069384
259153104 WA NIMN 3/16X14X10#HS 662303031312
259155307 WA NIMN 5/32X14X10#HS 662303031329

SAW

Accessories

Depositions/Paramaters

Extra Info

Procedure

Wear-Arc Nickel Manganese electrodes require no special technique of application. When welding manganese steel, these general recommendations should be followed:
1. Weld only on sound, clean, unhardened base metal.
2. The use of preheat on manganese steel is not recommended. Avoid overheating the base metal by using the lowest current which produces good metal transfer and arc characteristics. Keep austenitic manganese steel below 600ºF (315ºC), interpass temperature.
Weld deposits can be cut with oxy-acetylene torch or by air carbon-arc cutting.

Complementary Products

Seismic Data

All listed prices are in U.S. dollars and represent the Manufacturer's Suggested Retail Price (MSRP) for sale in the United States. Actual selling price will be determined by the Distributor. Prices are subject to change without notice.