Hastelloy C2000® - 2.4675 - Alloy C2000

International Equivalent

Mark Analogue W. Nr. Aisi Uns En Order
2.4675 N06200 NiCr23Mo16Cu Delivery from the stock, in stock

Technical Characteristics

High-alloy heat resistant nickel-based steel (Ni at least 58%). designed for long-term operation in high temperature and oxidizing environments. Additions of chromium, cobalt, molybdenum, copper. Such steel shows high resistance to general, pitting and crevice corrosion, intergranular corrosion, stress corrosion cracking. Resistance to hydrochloric acid in any concentration, concentrated sulfuric acid, chlorides, acetic and phosphoric acids.

Percentage composition

Ni Fe Co Cr Mo Mn
basis ≤3 ≤2 22-24 15,0-17 ≤0.5
Cu Al Si S P C
1.3-1,9 ≤0,0 ≤0,08 ≤0.01 ≤0.025 ≤0,01

Smelted in an open arc furnace. It is hardened by heat treatment.

Physical properties

Designation Description MPa
r Specific gravity 8,5 g/cm3
s in Ultimate short-term strength 750 MPa
sT Continuity (yield strength for permanent deformation) 360 MPa
t°C melting point 1399°C

Heat treatment

Hardening, annealing, normalization, surface hardening.

Cold working

Turning, milling, grinding, drawing, drilling.


Minimal carbon content reduces carbide production during welding. It is a sought after material for welded chemical reactors and nuclear boiler equipment.


Heat resistant parts of thermal drying and firing furnaces, pipes and pipe fittings in the chemical and nuclear industries.


We offer to buy the alloy Hastelloy C2000® - 2.4675 from specialized warehouses of the supplier Evek GmbH with delivery in any city. Full compliance with international quality standards. The supplier Evek GmbH offers to buy hastelloy C2000® - 2.4675, the price is optimal.

Buy, bargain price

We offer hastelloy C2000® - 2.4675 alloy, the price - due to the technological features of production without including additional costs. It is possible to order rolled products of non-standard parameters. In the segment of heat-resistant steel the company Evek GmbH is a profitable supplier.