
NiAl95/5 Thermal Spray Wire
Ni-Al Arc Spray wire for bond coats and one-step restoration, reported with about 93% Ni rather than a composition inferred from the 95/5 name.

Thermal spray wires
High-purity zinc wire for sacrificial-anode protection of steel in atmospheric and seawater service; the published assay contains no aluminium.
Published Zn assay of at least 99.995
Spool supply range of 0.3-5.0 mm and 10-20 kg/spool
Coil supply range of 0.8-5.0 mm and 20-50 kg/coil
Zinc Wire Spray is represented by a published high-purity zinc assay: Zn at least 99.995, Cd at most 0.002, Pb at most 0.003, Fe at most 0.002, Cu at most 0.001 and total non-zinc content of 0.005. The table does not state a unit for these figures, so they are retained as the published nominal assay without assigning an unsupported unit.
Its stated role is sacrificial-anode protection for steel structures, including seawater exposure. Although the page inconsistently calls the product zinc-aluminium, its composition table contains no Al, so this record describes high-purity zinc only. Suspicious or unlabeled density, temperature and lifetime claims are excluded, and the page publishes neither an operating spray process nor coating-performance metrics.
Provides sacrificial corrosion protection for steel structures, outdoor equipment and seawater-exposed surfaces where zinc is selected for galvanic protection of the substrate.

Ni-Al Arc Spray wire for bond coats and one-step restoration, reported with about 93% Ni rather than a composition inferred from the 95/5 name.

NiCrTi 45CT wire for protecting boiler tubes against sulfidation and sulfur-vanadium atmospheres; the source does not identify the operating spray process.

Martensitic SS420 wire for Arc Spray deposits with high hardness, strong bonding, low shrinkage and suitability for wear-resistant dimensional repair.

Solid Ni-Cr-Mo-Fe-Cb/Ta Arc Spray wire defined by the source table, with HRB 92 hardness, 48.26 N/mm² bond strength and three published diameters.