Factory Supply Hastelloy C-276 Nickel Alloy Monel 400 K500 C22 Inconel 600 601 625 718 Strip Nickel 200 201 Alloy Strip

• Customization: Available
• Type: Round
• Standard: ASTM
• Model NO.: Nickel Strip
• Composition: Cobalt
• Technique: Forging Cast
• Shape: Bar
• Surface Treatment: Polished
• Special Use: Wear Resistant Steel
• Application: Boiler Plate
• Product Name: Stellite 6 Round Bar
• Casting Form Material: Metal
• Surface Roughness: Ra0.2
• Certification: CE, RoHS, ISO 9001:2000, ISO 9001:2008
• Machining Tolerance: +/-0.10mm
• Coating: Syrup or Pulp Waste
• Density: Customed
• Tolerance: Customed
• Transport Package: Wooden Case
• Specification: 5.5-110mm
• Trademark: xunzhuo
• Origin: China
• Production Capacity: 5000tons/Month

Product Description

Product Name:Factory supply Hastelloy C-276 Nickel Alloy Monel 400 K500 C22 Inconel 600 601 625 718 Strip Nickel 200 201 Alloy Strip

Product Description 

Nickel Alloy Strip
Material	Nickel Alloy 800H,825,600,625,690,718 Hastelloy Alloy C276,C22 ,C2000, B2, B3, G30
Standard	AISI,ASTM,DIN,JIS,GB,JIS,SUS,EN,etc
Technique	Hot rolled / Cold rolled
Thickness	0.02-6.0mm
Lenghth	2-650mm
Surface Treatment	Polished/ galvanized/coated/color coated
Application	High temperature components such as turbine blades, guide vanes, turbine disks,  high pressure compressor disks,machine manufacturing
MOQ	1 Ton
Delivery time	10-15 days
Export Packing	Waterproof paper, and steel strip packed.Standard Export Seaworthy Package.Suit for all kinds of transport,or as required

It has good mechanical strength,corrosion-resistant and heat-resistance strength.

It is widely used in electric apparatus,chemical machinery,good processing equipment,rechargeable batteriesomputers, cellular Phone, power tools, camcorders and so on.

Chemical Composition

Grade	Element Composition/%
	Ni+Co	Mn	Cu	Fe	C	Si	Cr	S
Ni201	≥99.0	≤0.35	≤0.25	≤0.30	≤0.02	≤0.3	≤0.2	≤0.01
Ni200	≥99.0	/≤0.35	≤0.25	≤0.30	≤0.15	≤0.3	≤0.2	≤0.01

Propertis

Grade	Density	Melting point	Coefficient of expansion	Modulus of rigidity	Modulus of elasticity	Electrical resistivity
Ni200	8.9g/cm3	1446°C	13.3 µm/m °C (20-100°C)	81kN/mm2	204kN/mm2	9.6μW• cm
Ni201		1446°C	13.1µm/m °C(20-100°C)	82kN/mm2	207kN/mm2	8.5μW• cm

Diameter(mm)	Tolerance(mm)	Diameter(mm)	Tolerance(mm)
0.03-0.05	±0.005	>0.50-1.00	±0.02
>0.05-0.10	±0.006	>1.00-3.00	±0.03
>0.10-0.20	±0.008	>3.00-6.00	±0.04
>0.20-0.30	±0.010	>6.00-8.00	±0.05
>0.30-0.50	±0.015	>8.00-12.0	±0.4

 

Specification of Cold-drawing Strip Type

Thickness(mm)	Tolerance(mm)	Width(mm)	Tolerance(mm)
0.05-0.10	±0.010	5.00-10.0	±0.2
>0.10-0.20	±0.015	>10.0-20.0	±0.2
>0.20-0.50	±0.020	>20.0-30.0	±0.2
>0.50-1.00	±0.030	>30.0-50.0	±0.3
>1.00-1.80	±0.040	>50.0-90.0	±0.3
>1.80-2.50	±0.050	>90.0-120.0	±0.5
>2.50-3.50	±0.060	>120.0-250.0	±0.6

Meanwhile,we also could supply COBALT CASTINGS, Cobalt Foundry. SAE UMCo-51. Co50, Co40, Co20, Co-base materials,

cobalt alloy castings, UMCo51, 

SAE UMCo-50, 2.4778, G-CoCr28 acc. to EN 10295: 2002,

UMCo50Nb, UMCo-20, 

UNS R30075 (ASTM F75, ISO 5832-4) Co-Cr-Mo Alloy,

Conicro 5010 W, Haynes 25,Conicro 5010 W - alloy 25

Conicro 4023 W, Haynes 188, Conicro 4023 W - alloy 188

Cobalt - Chromium, Co-Cr, cobalt casting alloys, 

Cobalt - Chromium - Niobium, Co-Cr-Nb, Cobalt-Based Alloy Castings,

Cobalt - Chromium - Tungsten, Co-Cr-W, Alnico alloys, Al-Ni-Co, Alniko,

STELLITE 1, STELLITE 3, STELLITE 4, STELLITE 6, STELLITE 12, STELLITE 20, STELLITE 21, STELLITE 31,

STELLITE 190, STELLITE 238, STELLITE 306, STELLITE 694, 

STELLITE F, STELLITE SF1, STELLITE SF6, STELLITE SF12, STELLITE SF20, TRIBALOY T400, TRIBALOY T800

Product show:

About us:

We produce High Temperature Superalloy Round Bars.
We melt good quality Co-based Alloy Round Bars with Vacuum Furnaces and Induction Furnaces.
We can cast and machine the hard Cobalt-based Alloy Round Bars as per the drawings.
We would like to help select suitable Co-based Alloy Grade as per your specific working condition.
Cobalt-based alloys have been in use for producing various components such as vanes or combustion chambers. The material can be implemented as wrought or as precision-cast parts or as centrifugal cast parts. The design of cobalt superalloys, which is aimed at an enhancement of both their oxidation resistance and their hot corrosion resistance, has received considerable impetus recently, especially since the advent of overlay coating techniques and the extensive studies which have been undertaken to elucidate the hot corrosion mechanisms and the effect of alloying elements.
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