NiAl95/5 Thermal Spray Wire NiAl alloy solid wire 1.6mm /2mm in stock High Performance With ISO / CE

PRODUCT OVERVIEW

NiAl95/5 is a solid wire specifically designed for arc spray systems. It is self-bonding to most materials and requires minimal surface preparation. Bond strengths in excess of 9000 psi can be achieved on clean smooth surfaces. Roughening of the surface by machining, grit blasting or grinding can increase the bond strength up to 10,000 psi. NiAl95/5 exhibits good resistance to high temperature oxidation and abrasion, and excellent resistance to impact and bending. NiAl95/5 can be machined and ground to a finish of 5 micro inches. It is a self-bonding, one step material and is also suitable for the build-up and dimensional restoration of nickel-based alloys. PMET 885 is widely used as a bond coat for subsequent thermal spray topcoats and as a one-step build up material for dimensional restoration of aircraft engines.

TYPICAL DEPOSIT CHARACTERISTICS:

Þ Typical Hardness: HRB 75

Þ Bond Strength: 10000 psi

Þ Deposit Rate: 10 lbs/hr/100A

Þ Deposit Efficiency 70%

Þ Wire Coverage: 0.9 oz/ft² / mil

Þ Surface Texture * Variable

Þ Machinability Good

Þ Coefficient of Thermal Exp. 7x10-6 in/in°F

(1000°F)

* Depends on air pressure used

SURFACE PREPARATION

Surface should be clean, white metal, with no oxides (rust), dirt, grease, or oil on the surface to be coated. Note: It is best not to handle surfaces after cleaning.

Recommended method of preparation is to grit blast with 24 mesh aluminum oxide, rough grind, or rough machine in a lathe.

APPLICATION

Þ Bond coat

Þ Dimensional restoration

SPECIFICATION

95Ni 5Al, PWA 36937 for PWA 271-37 Rev H,

GEAE C07-042 for GE SPM 70-49-38,

B50TF56-S11/CL A (Chem only), CFMI CP6039 for 70-48-14,

Honeywell FP5045, Type XV Nickel Aluminum

NOMINAL CHEMICAL COMPOSITION (wt%)

RECOMMENDED SPRAY PARAMETERS:

* Parameters are Typical and may vary depending on equipment used. Contact your equipment manufacturer for optimum spray parameters

STANDARD SIZES & PACKAGING:

FAQ