
NiAl95/5 Thermal Spray Wire
Ni-Al Arc Spray wire for bond coats and one-step restoration, with confirmed composition data including about 93% Ni.

Thermal spray wires
SUS316 wire for electric arc spraying and machine-element repair on carbon, low-alloy and stainless steels; the chemistry corresponds to low-carbon 316L type.
Low-carbon 316L-type chemistry: Cr 16-18%, Ni 10-14%, Mo 2-3%
Published coating bond strength of 6,750 psi
Includes published spray settings and substrate preparation
SUS316 Spray Wire is presented with low-carbon 316L-type chemistry: 16-18% Cr, 10-14% Ni, 2-3% Mo, maximum 2% Mn, maximum 1% Si, maximum 0.030% C and S, maximum 0.045% P and balance Fe. CQ can confirm grade identity and composition for the requested application.
Published coating data include HRB 90-100 hardness, 6,750 psi bond strength and an 11 lbs/hr/100A deposit rate. Settings of 50-60 psi, 29-32 V, 100-150 A and a 4-6 inch distance describe electric arc spraying. Surface preparation includes white-metal cleaning and 24-mesh roughening before repairing components with 1.6 or 3.2 mm wire.
Repairs and restores machine elements made from carbon, low-alloy or stainless steel, especially where an Fe-Cr-Ni-Mo corrosion-resistant deposit is required.
316L stainless coating for corrosion-prone service.
For machine-element repair using electric arc wire spray.
Suitable for carbon steel, low-alloy steel and stainless substrates.
Clean bond coat that is easier to machine than many powder-sprayed coatings.

Ni-Al Arc Spray wire for bond coats and one-step restoration, with confirmed composition data including about 93% Ni.

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.