Name: China ASME SB163 UNS N08825 Nickel Alloy Tube Manufacturers, Suppliers, Factory - SCLF - Liaofu
Brand: Liaofu
SKU: 233307642

ASME SB163 UNS N08825 Nickel Alloy Tube

UNS no8825 is a commonly used nickel-based alloy with excellent corrosion resistance, oxidation resistance and high temperature environmental properties, one of the main advantages is the ability to withstand high pressure and high temperature environments. Combined with high tensile strength,...

Sichuan Liaofu Special Steel Company is one of the most experienced manufacturers and suppliers of asme sb163 uns n08825 nickel alloy tube in China. With over 20 years' experience, our factory offer high quality products made in China with competitive price. Welcome to contact us for wholesale service.

DETAIL INFORMATION

Detail Information
Type:	Nickel Pipe,Nickel Bar,Nickel Plate,Nickel Tube/pipe,Alloy Steel Plate	Ultimate Strength (≥ Mpa):	690,760,Standard,965,UNS
Application:	Industry,oil,used In Chemical,Boiler Pipe,Electricity	Grade:	Nickel Base Alloy,nickel,Nichrome,Nickle Alloy,Hastalloy
Elongation (≥ %):	30 %,15-25,40%,40,45%	Surface:	Bright,Polished,HL(Hairline),Dull
High Light:	UNS N08825 Nickel Alloy Tube , ASME SB163 Nickel Alloy Tube , ASME SB163 condenser tube

Referenced ASTM Standard:
B 829 Specification for general requirements for Nickel and Nickel Alloy seamless pipe and tube.
B 880 Specification for general requirements for Chemical check analysis limits for Nickel, Nickel alloys and Cobalt alloys.
E 8 Test method for tension testing of metallic materials.
E 18 Test methods for rockwell hardness and rockwell superficial hardness od metallic materials.
E 29 Practice for using significant digits in test data to determine conformance with sprcifications.
E 76 Test methods for chemical analysis of Nickel-Copper alloys.
E 112 Test Methods for determining the average grain size.
E140 Hardness conversion tables for metal.
E 1473 Test methods for chemical analysis of Nickel, Cobalt and high-temperature alloys.

Physical properties
	-150℃	21℃	100℃	500℃	1000℃
Modulus of elasticity (Gpa)	12.5		15.9	22.1
Mean coefficient of thermal expansion		210	210	187	143
Coefficient of heat conduction (w/m℃)	10.9	10.4	13.3	14.9
Specific heat capacity (j/kg.℃)	310	444	465	536
Than the resistance (Ωmm2/m)		1.03	1.04	1.12