
NiCrTi 45CT Thermal Spray Wire
NiCrTi 45CT wire for protecting boiler tubes against sulfidation and sulfur-vanadium atmospheres; CQ can confirm the operating spray process for the requested application.

Thermal spray wires
Ni-Al Arc Spray wire for bond coats and one-step restoration, with confirmed composition data including about 93% Ni.
Published coating bond strength of 10,000 psi
The deposited layer can be machined or ground
Published Arc Spray settings and surface-preparation guidance
NiAl95/5 is a nickel-aluminium thermal spray wire published by Ohmalloy for bond coats and dimensional restoration. Its table reports about 93% Ni, 4.0-5.5% Al and 1.7% maximum total other elements. The deposit may be machined or ground to restore the working dimension.
Surface preparation includes white-metal cleaning followed by roughening with 24-mesh aluminium oxide, rough grinding or machining. Arc Spray settings are 50-60 psi air pressure, 29-30 V, 100-200 A and a 3-6 inch spray distance. CQ can confirm bond strength, deposit rate, efficiency and coverage for the preparation conditions of each application.
Used as a bond coat beneath functional topcoats or as a one-step Ni-Al deposit for general dimensional restoration; the sprayed layer can be machined or ground to its working dimension.
Bond coat for subsequent thermal spray topcoats.
Build-up and dimensional restoration of nickel-base alloy parts.
Service where high-temperature oxidation and abrasion resistance are needed.
One-step build-up material for aircraft engine restoration work.

NiCrTi 45CT wire for protecting boiler tubes against sulfidation and sulfur-vanadium atmospheres; CQ can confirm the operating spray process for the requested application.

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

High-purity zinc wire for sacrificial-anode protection of steel in atmospheric and seawater service, with a published Zn assay.

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