Hastelloy C-276 alloy

In stock

Limited

Out of stock

Nickel-based

Projection Thermique

Energy

Industry

C276 is a nickel-type alloy made by atomizing inert gas. It offers excellent stability, good corrosion resistance and a morphology adapted to demanding industrial applications.

Packing:

Granulometry:

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Usage

Corrosion

Functional property (technical details)

Acid corrosion resistance

Typical applications

Protective coatings for reactors and heat exchangers in chemical treatment, exploiting resistance to acid corrosion for durability in aggressive environments such as sulfuric or hydrochloric acids. Coatings for scrubbers and ducting in pollution control, taking advantage of fluidity for homogeneous deposits via HVOF or plasma spray, protecting against localized corrosion in combustion gases.

Key benefits

Good sphericity, high fluidity, particle size homogeneity, low oxidation

Available documents

Technical sheet, Safety sheet, Particle size distribution, Material certificate

Physical characteristics

Light dispersion

ASTM B822/ISO 13320-1

Available particle sizes (µm)

MIM <22μm/BJ <25μm/LPBF 15 — 53μm

Tapped density (g/cc)

≥ 4.60

Apparent density (g/cc)

≥ 8.00

Hall Flow

Chemical composition

Carbon (C) rate%

≤ 0.01

Silicon (Si) rate%

≤ 0.08

Manganese (Mn) rate%

≤ 1.00

Phosphorous (P) rate%

≤ 0.040

Sulphur (S) rate%

≤ 0.030

Chromium (Cr) rate%

14.50 — 16.50

Nickel (Ni) rate%

libra

Molybdenum (Mo) rate%

15.00 — 17.00

Cobalt (Co) rate%

≤ 2.50

Niobium (Nb) rate%

Titanium (Ti) rate%

Aluminum (Al) rate%

Copper (Cu) rate%

Boron (B) rate%

Iron (Ir) rate%

4.00-7.00

Nitrogen (N) rate% (LPBF only)

Oxygen (O) rate% (LPBF only)

Vanadium (V) rate%

Tungsen (W) rate%

Cadium (Cd) rate%

Tantalum (Ta) rate%

Hafnium (Hf) rate%

Zirconium (Zr) rate%

Other rate%