Delivery Time:20-60 working day

Customized Monel Alloy K-500 / N05500 T 0.1-1.0mm W 4-250mm Cold Rolled Coils           

Monel Alloy K-500  / N05500 T 0.1-1.0mm W 4-250mm Surface 2B HV 240-280 (Or Customized)       

Similar Grades:

UNS	Trademark
N05500	MonelK500

MonelK500 having excellent corrosion resistance, and also has a strength and hardness than Monel400 higher. This is added in the alloy elements such as Al, Ti, by a certain heat treatment after dispersion of intermetallic compounds exist on the substrate. The organizational structure of the s nickel-copper alloy. Wherein the silicon content of up to more than 4%, the silicon is added to improve the strength of the alloy, the hardness and the recrystallization temperature, to improve the casting properties of the alloy. By a suitable treatment to the silicon precipitated from the matrix to a second phase of the compound Ni3Si, was dispersed in the grain boundaries and within the grains, and greatly improve the strength and hardness of the nickel-copper alloy.

Applications:

Mainly used in the manufacture of the work on the aero-engine turbine blade temperature below 750 ℃ and the gas turbine blades; for manufacturing ship fasteners, springs; chemical equipment, pumps, valves parts; papermaking equipment squeegee blade and so on.

Specifications:

Thickness:0.1—1.0mm 

Width:4.00—250mm 

Tolerance: 0.01mm.

Other specifications can be customized

Surface:2B

Hardness:240—280HV(As order’s requirements)

MOQ:1 tons

Port of Loading:Shanghai

Chemical Composition:

Alloy	%	Ni	Cu	Al	Ti	Fe	Mn	S	C	Si
Monle K500	Min	63	27.0	2.30	0.35
Max		33.0	3.15	0.85	2.0	1.5	0.01	0.25	0.5

Physical Properties:

Density	8.05 g/cm3
Melting point	1288-1343 ℃

Mechanical Character:

Condition	Tensile strength Rm N/mm2	Yield strength RP0.2 N/mm2	Elongation As %
Monel Alloy K-500	1100	790	20

Competitive Advantage:

This alloy has the following characteristics:

Monel K500 and Monel 400 the same corrosion resistance, but with a higher mechanical strength and hardness. Has good heat corrosion and long-term organizational stability.