Monel K500 Plate

1. Standard: ASTM B127, ASME SB127
2. Width: 0~1600mm or as per your requirements
3. Length: 0~12m or as per your requirements
4. Thickness: 0.5~ 50mm or as per your requirements
5. Grades:MONEL K500,Alloy K500, 2.4375,UNS N05500

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Product Introduction

Monel K500 plate is a nickel-copper alloy containing at least 63% nickel, 27% copper and 2.3% aluminum. Compared to 400, MONEL K500 retains the excellent corrosion resistance (sulfuric acid, hydrochloric acid and seawater) of 400. It is also precipitation hardened with a yield strength of approximately 3 times that of alloy 400 and a tensile strength of approximately 2 times. Monel steel plates are available in thicknesses from 0.5 mm to 50 mm and widths up to 1600 mm, and can also be customized to meet specific requirements.

HTPIPE Supplier each batch K500 Plate Testing

Mechanical Testing like tensile, Elongation, Bend
Radiographic Test
Eddy Current test
Buckling & Crushing test
Corrosion resistance test
PMI test: Chemical composition
Hydraulic pressure test
Ultrasonic test

ASME SB 127 DIN 2.4375 Plate Chemical Composition

Grade	Ni	Mn	C	Si	Cu	S	Fe	Al	Ti
Monel K500	63.00 min	1.5 max	0.25 max	0.5 max	27.00 – 33.00	0.010 max	0.5 – 2	2.30 - 3.15	0.35 - 0.85

Alloy K500 Perforated Sheet Mechanical Properties

Element	Tensile Strength	Elongation	Melting range	Density	(0.2%Offset) Yield Strength
Monel K500	MPa – 1100, Psi – 160000	20%	(2460 °F) 1350 °C	8.44 g/cm3	MPa – 790, Psi – 115000

ASME SB 127 UNS N05500 Production Process

Welding: Alloy K500 is welded in the annealed state using all conventional methods.

Forging: Monel K-500 is forged at 1038 to 1149°C (1900 to 2100°F) and then quenched in water.

Hot Working: Din 2.4375 is hot worked at 872 to 1149°C (1600 to 2100°F) and then quenched in water. Should not be cooled below 872°C (1600°F).

Cold working: Monel K500 UNS N05500 can be cold worked using standard methods

Annealing: K500 is annealed at 1038°C (1900°F) and then quenched in water.

Aging: Annealed or lightly cold worked material is age-hardened at 608°C (1125°F) for 16 hours and then cooled in the furnace. The severely cold-worked material is aged at 538° (1000°F) for 6 hours and then cooled in the furnace.