Hasteloy® C22 alloy ball ⚈ Accuracy and Industrial Bill

This totally austenitic alloy, composed of NiCrMoW, has remarkable corrosion resistance characteristics, surpassing those of alloys C276 and C4, even at high temperatures. Opt for this ball in demanding environments where corrosion protection is crucial. Marteau-Lemarie, with more than 40 years of expertise, guarantees you a stock available in France and fast delivery.

Chemical composition of the hastelloy® C22 alloy ball

Element type C If Mn P S Cr Neither Mo Co W V Fe
% NiCr21Mo14W 0.015 max 0.080 max max. 0.50 0.020 max 0.020 max 20,00-22,50 balance 12,50-14,50 2.50 max 2,50-3,50 max. 0.35 2,00-6,00

Physical characteristics of the hastelloy® C22 alloy ball

Ownership Value Unit
Density 8.69 g/cm3
Young Module 206 GPA
Thermal expansion coefficient 12.4 (DT=0-100°C) × 10−6 /°C
Thermal conductivity 9.8 W/m·K
Electrical resistivity 1140 × 10 - 9 D·m
Specific heat 414 J/kg·K
Relative magnetic permeability 1,0002
Magnetic behaviour Paramagnetic

Hardness and mechanical resistance of Hastelloy® C22 alloy ball

Ownership Value Unit
Hardness 250-480 HV
Tensile failure load 1400-1700 MPa
Tensile failure load 203-246 psix10^3
Exercise temperatures -196/400 ° C
Exercise temperatures -320,8/752 °F

Available diameters and grades for Hasteloy® C22 alloy ball

Parameter Value
Minimum diameter 1 mm — 3/64′′′
Maximum diameter 100 mm — 4′′
Grades available G50-100-200-500
Precision standards ISO 3290 / AFBMA

Corrosion resistance of hastelloy® C22 alloy ball

Excellent corrosion resistance in oxidizing and reducing environments, in contact with iron and copper chlorides, hot organic and inorganic contaminated solutions, acetic, formic, nitric, sulphuric and hydrochloric acids, oxidizing acids, acetic anhydride, sea water (both stagnant and common).

International Standards for Hastelloy® C22 Alloy Ball

ITA USA (AISI) DIN (GER) AFNOR (FRA) UK GOST (RUS) GB (CHN) JIS (JPN)
NiCr21Mo14W N06022 2.4602 NiCr21Mo14W NS336 NW6022

Applications of the hastelloy® C22 alloy ball

Used in special valves and pumps for chemical devices, especially in multi-use installations when corrosion resistance is required in highly aggressive and changing environments (both oxidizing and reducing). Typical use for valves in contact with chlorine.

See also

The technical features presented on this page come from our database and must be validated by our teams before any industrial application. Marteau- Lemarie disclaims any liability in case of error or omission. For any order or technical request, contact us (https://www.Marteau-lemarie.com/contact/)

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