Ni · Ni-Cr-Mo · Ni-Cu
Nickel Alloy Consumables
For dissimilar-metal joints, corrosion and high-temperature service: pure nickel, Ni-Cu, Ni-Mo, Ni-Cr, Ni-Cr-Mo and Ni-Fe-Cr in wire and electrode form.
12 · Maintenance
Welding &
Hardfacing
Industrial consumables engineered for excellent arc stability, high penetration and maximum mechanical strength — for MIG welding, maintenance, hardfacing and thermal spray metallizing.
- Range
- Flux-cored & solid wires · coated electrodes · Ni-WC powder
- Processes
- MIG · SMAW (stick) · thermal spray metallizing
- Engineering
- Arc stability · high penetration · maximum mechanical strength
- Compatibility
- Works with standard welding equipment from any brand
- Availability
- Ready-to-order or custom-engineered — Maximum Productivity · Longer Life · Special Application
The consumables line
Build , repair, rebuild, protect
AWS E71T-1 · MIG
E71T-1 Flux-Cored Wire
Excellent penetration, uniform bead, low spatter — heavy fabrication in all positions.
AWS ER70S-6 · MIG
ER70S-6 Solid Wire
High arc stability and surface finish; performs well over lightly oxidized plate.
NM14-O · Hardfacing
LZ257 Hardfacing Wire
Developed for manganese steel — high impact and abrasion resistance, part rebuilding.
HC-O L · Hardfacing
LZ6035 High-Chrome Wire
High chromium content for severe, continuous wear; longer service life.
AWS E7018 · SMAW
E7018 Electrode
Low hydrogen, high mechanical strength — critical structural welds.
AWS E6013 · SMAW
E6013 Electrode
Easy striking, smooth stable arc, excellent finish — versatile industrial use.
Hardfacing · SMAW
Hardfacing Electrodes
Anti-wear protection with excellent metallurgical adhesion — component rebuilding.
Ni + 60% WC · Premium
WC Nickel Powder
Thermal spray metallizing and dimensional rebuilding with high surface hardness.
Alloy families
Beyond the standard range
Carbon steel is only the starting point. We supply the full spectrum of welding consumables — from dissimilar-metal joins and corrosion service to cast-iron repair and high-hardness overlay — in flux-cored, solid, TIG and coated-electrode form.
E308 · E309L · E316
Stainless Steel
Austenitic grades for stainless fabrication and stainless-to-carbon transitions — including buffer layers before hardfacing overlay.
ENi-C1 · 99% Ni
Cast Iron Repair
Nickel electrodes for cold repair of grey and ductile iron: machinable deposits, minimal dilution, low cracking risk on housings and frames.
HRC > 60 · Ø1.2 / 1.6 mm
Hardfacing Flux-Cored Wire
High-chrome and complex-carbide overlay wires for open-arc application on buckets, teeth, screws, hammers, rollers and crusher liners.
Flux-cored wire
Solid MIG wire
TIG rod
Coated electrodes
AWS / ASME classified
Manufacturing & control
Controlled from melt to spool
Rockway consumables are produced on an integrated route — vacuum induction melting and electroslag remelting, then forging, rolling and drawing into core rod, wire and electrode. Controlling the alloy from the melt is what keeps chemistry consistent from batch to batch, so the deposit behaves the same on the first spool and the hundredth.
Chemistry is verified by optical emission spectrometry, and mechanical properties by tensile, impact and metallographic testing — with certificates available per batch.
01
Raw material
Incoming alloy verified by spectrometer before it enters the melt.
02
Pre-furnace
Chemistry adjusted and confirmed on the heat before casting.
03
Semi-finished
Rod and wire checked for dimension, surface and drawing quality.
04
Finished product
Deposit chemistry, tensile and impact strength, and weldability tested before release.