What is the density of Super Duplex 2507?

7800 kg/m³ — the figure the weight calculators on this site use for Super Duplex 2507. The value is Alleima’s.

What is the chemical composition of Super Duplex 2507?

C ≤ 0.03, Si ≤ 0.8, Mn ≤ 1.2, P ≤ 0.035, S ≤ 0.02, Cr 24–26, Ni 6–8, Mo 3–5, N 0.24–0.32, Cu ≤ 0.5, in mass %, to ASTM A240 / UNS S32750. An element the standard sets no requirement for is left blank here rather than written as zero.

What are the mechanical properties of Super Duplex 2507?

Tensile ≥ 795 MPa, Yield ≥ 550 MPa, Elongation min ≥ 15 % — ASTM A240 / S32750, Plate/Sheet/Strip, Solution annealed. Those are the standard’s requirements; the mill test certificate governs the metal delivered.

Super Duplex 2507 — properties and composition

Designations

UNS: S32750
EN number: 1.4410
EN name: X2CrNiMoN25-7-4

Density

Density: 7800 kg/m³
Per: Alleima
Corrosion resistance: Excellent
Product forms: Sheet, plate, pipe, bar

Chemical composition

Chemical composition — mass %
Standard	Product form	Basis	C	Si	Mn	P	S	Cr	Ni	Mo	N	Cu
ASTM A240 / UNS S32750	Plate/Sheet/Strip	Specification	≤ 0.03	≤ 0.8	≤ 1.2	≤ 0.035	≤ 0.02	24–26	6–8	3–5	0.24–0.32	≤ 0.5

mass %. A blank cell means the standard sets no requirement for that element, not zero. Single values are limits: "≤" a maximum, "≥" a minimum.

Reference values from the cited standards. They describe what the standard requires, not a specific heat of material; the mill test certificate governs what is delivered.

Mechanical properties

Mechanical properties
Standard	Product form	Condition / temper	Test temperature	Yield	Tensile	Elongation min	Hardness max	Notes
ASTM A240 / S32750	Plate/Sheet/Strip	Solution annealed	20 °C	0.2% offset ≥ 550 MPa	≥ 795 MPa	15 % (Product dependent)	310 HBW	Minimum values typical for S32750 A240.

Each row is one standard, one product form and one condition — the values do not transfer across rows. A blank cell means the standard sets no requirement.

Reference values from the cited standards. They describe what the standard requires, not a specific heat of material; the mill test certificate governs what is delivered.

Physical properties

Physical properties
Temperature	Density	Young’s modulus	Poisson’s ratio	Thermal expansion (20–100°C)	Thermal conductivity (20°C)	Specific heat	Electrical resistivity (20°C)	Melting range	Magnetic
20 °C	7800 kg/m³	200 GPa	0.3	13 µm/m·°C	14 W/m·K	0.485 kJ/kg·°C	0.8 µΩ·m	1350–1450 °C	Magnetic

Reference values from the cited standards. They describe what the standard requires, not a specific heat of material; the mill test certificate governs what is delivered.

Typical applications

Seawater, desalination, oil & gas

Approximate equivalents

Approximate equivalents: equivalents are a technical reference, not a substitution instruction, verify against project specification.

Approximate equivalents
Grade	Systems	Relationship	Note	Key difference
Super Duplex 2507	UNS → EN	Same grade, another designation	Common super duplex 2507 designation family.	Confirm product specification. Compared designation: 1.4410.

Common questions

01What is the density of Super Duplex 2507?: 7800 kg/m³ — the figure the weight calculators on this site use for Super Duplex 2507. The value is Alleima’s.
02What is the chemical composition of Super Duplex 2507?: C ≤ 0.03, Si ≤ 0.8, Mn ≤ 1.2, P ≤ 0.035, S ≤ 0.02, Cr 24–26, Ni 6–8, Mo 3–5, N 0.24–0.32, Cu ≤ 0.5, in mass %, to ASTM A240 / UNS S32750. An element the standard sets no requirement for is left blank here rather than written as zero.
03What are the mechanical properties of Super Duplex 2507?: Tensile ≥ 795 MPa, Yield ≥ 550 MPa, Elongation min ≥ 15 % — ASTM A240 / S32750, Plate/Sheet/Strip, Solution annealed. Those are the standard’s requirements; the mill test certificate governs the metal delivered.
04What is Super Duplex 2507 used for?: Seawater, desalination, oil & gas