Cobalt Alloy Castings

Astm B348 Grade 2 Industri Titanium Rod,for Heat and Corrosion Resistant Rndustrial Titanium NameTitanium Bars/RodsStandardASTMB348,ASTMF67,ATSTMF136,ISO5832-2,ISO5832-3MaterialGr2Available MaterialsGr1,Gr2.Gr3,Gr4,Gr5(Ti-6Al-4V),Gr5ELI,Ti-6AL7Nb(New Material)Diameter1mm~350mmCertificatesISO9001:2008,SGS,The third test reportShapeRound bar, Square /flat bar, Hexagonal bar, Rectangle barTechniquesHot or cold rolling forging or annealedDelivery time2 weeksApplicationIndustrial,

Cobalt Based Alloy Flanged Bushings Bushing 1. Product Name: Bushing 2. Material Grade: 3. Size:Customer's Drawings 4. Hardness:HRC35-65 5. Bush types:Sleeve & Bushings 6. Production process:Investment Casting 7. Surface finish:Ra 1.6 Ra 0.8 Ra 0.1 8. Related industry:Oil&gas Industry 9. Features​:High Wear and Corrosion Resistance 10. Chemical Composition: Composition (%) C Si Mn Cr Ni S P Mo W Fe Co 0.9-1.4 1.5 1.0 27.0-31.0 3.0 ≤0

Cobalt Alloy cobalt alloy 20 Round Bar,Cobalt Alloy Round Bars EB6621 1. Product Name:Cobalt Alloy cobalt alloy 20 Round Bars 2. Material Grade:cobalt alloy 20 3. Size:Customer's Drawings 4. Hardness:HRC42-55 5. Surface treatment:Cast Process 6. Chemical Composition: Composition (%) C Si Mn Cr Ni S P Mo W Fe Co cobalt alloy 20 2.30-2.65 ≤1.0 ≤1.0 31.0-34.0 ≤2.5 ≤0.04 ≤0.04 ≤1.0 16.0-18.0 ≤2.5 Bal. 7. Product Details Picture:

High Quality cobalt alloy Steel cobalt alloy 25 Round Bars,cobalt alloy Cobalt Chrome Round Bar EB0010 1. Product Name:Cobalt alloy 25 Round Bars 2. Sizes:OD 6mmx 1000mm 3. Material:Cobalt Based Alloy 4. Application:Alloy Round Bar, For Oil and Gas Industry 5. Material Grade: Composition (%) C Mn W S Si Cr Ni Co Fe cobalt alloy 25 ≤0.1 ≤1.5 14.0-16.0 ≤0.03 0.40-1.0 18.0-22.0 8.0-22.0 Bal ≤3.0 10. Product Photos:

cobalt alloy6 Cobalt-based and Carbon Steel Cast Surfacing Discs and Rings EB13098​ Material Grade: Cobalt Alloy,Carbon Alloy Maching:As per your drawing. Surface finis:Ra50 Dimensional tolerance:±1mm Size:S6 Discs:Φ240 x φ 82 x 38mm,S6 Rings:Φ240 x φ195 x 24mm Process:Surfacing S6 Discs:Do S6 overlay welding on carbon steel rings to achieve 38mm thick totally. S6 Rings:Do S6 overlay welding on carbon steel rings to achieve 24mm thick totally. Chemical Composition:

Cobalt-based hardfacing Welding Parts EB9069 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. The cobalt base alloy can be divided into cobalt - based wear resistant alloy, cobalt - based high temperature alloy and cobalt - based wear and water solution corrosion alloy.Generally use conditions, are both wear resistance high temperature resistant or wear resistance corrosion situation, some

S1,S3,S6,S31,3-5m cobalt alloy Cobalt Alloy Casting Round Rods,Casting Process Cobalt Based Alloy Rod EB20395 Product Description: Product Name Cobalt alloy round bars Dimensions Hot-rolled: Ø5.5 to 110mm Cold-drawn: Ø2 to 50mm forged: Ø110 to 500mm Normal length: 1000 to 6000mm Tolerance: h9&h11 Feature 1.Excellent inoxidability in the high temperature. 2.Good resistance to carbonizing. 3.Good inoxidabilitiy in sulfur atmosphere 4.Good mechanical property in both room

Coating 3mm Thick High Temperature High Wear Open Die Forging Adapter Component 316L EB3391 Cobalt and cobalt alloys are non-ferrous metal composites that contain cobalt, a metallic element with a higher melting point than nickel or iron alloys. Their properties are high strength and toughness, excellent corrosion and oxidation resistance, and high-temperature strength. We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment

ASTM F75-12 Cobalt-28 Chromiem-6 Molybdenum Alloy Castings for Surgical Implants EB3376 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. This specification covers the chemical, mechanical,and metallurgical requirements for cobalt-28 chromium-6 molydenum alloy unfinished investment product castings fo surgical implant applications and casting alloy in the form of shot, bar,or ingots to be used

ASTM F799-11 Cobalt Investment Castings Surgical Implants (UNSR30075) EB3389 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. The alloy composition covered by this standard has been used successfully in human implant applications in contact with soft tissue and bone for over a decade. Because of the well characterized level of biological response exhibited by this alloy,it has been used as a

ASTM F799-11 Cobalt Base Alloy for Surgical Operation Cast with Forging Process EB3388 StandardSpecificationforCobalt-28Chromium-6MolybdenumAlloyForgingsforSurgicalImplants(UNSR31537,R31538,R31539) Table 1 : Standard Cobalt cobalt alloy Alloy Co Cr C W Mo Ni Si B Fe Mn Others cobalt alloy 1 BAL 33 2.45 13 - 2.5* 1 - 2.5* 1 - cobalt alloy 3 BAL 31 2.5 13 - 2.5* 1 - 2.5* 1 - cobalt alloy 4 BAL 31.5 1 14 - 2.0* 1 - 2.0* 1 - BAL 28 1.2 5 - 3.0* 1 - 2.5* 1 - cobalt alloy 12 BAL 29 1.85 9 -

Forging Process High Temperature Cobalt Base Alloy Parts for Surgical Implants EB3387 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. Various heat treatments, including hoy isostatic pressing, solution annealing, and sintering, may be used on cobalt-28 chromium-6 molybdenum alloy surgical implant castings. This specification is not intended to cover the effects of such process. Table 1 :

Cobalt Forgings 3mm Thick Coating 316L Customized Forging Adapter Parts ASTM A297 HP EB3386 Co-Cr alloy was first discovered by Elwood Haynes in the early 1900s by fusing cobalt and chromium. The alloy was first discovered with many other elements such as tungsten and molybdenum in it. Haynes reported his alloy was capable of resisting oxidation and corrosive fumes and exhibited no visible sign of tarnish even when subjecting the alloy to boiling nitric acid.[2] Under the

cobalt alloy 1 Coating Customized Investment Forging Parts Heat-Resistance Steel 316L EB3385 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. United States Patent 3,418,111 COBALT BASE ALLOY Robert B. Herchenroeder, Kokomo, Ind., assignor to Union Carbide Corporation, a corporation of New ork No Drawing. Filed Oct. 27, 1966, Ser. No. 589,822 3 Claims. (Cl. 75171) This invention relates to cobalt

High Temperature ASTM A297 HP Investment Cast Heat Resistence Parts EB3381 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. Cobalt base alloys have been used extensively in the past for high temperature applications and have been found to be generally satisfactory except that in some instances they have been lacking in oxidation resistance, when compared to nickel base alloys. However, at high

cobalt alloy 21 Coating 3mm Thick ASTM A297 HP Investment Cast Heat Resistence Parts EB3380 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. A cobalt base alloy in accordance with the present invention is an alloy consisting essentially of about Percent Chromium 18-30 Tungsten 8-18 Iron Up to 10 Carbon 0.01-0.35 Nickel 8-30 Silicon Up to l Lathanum 0.02-0.2. Cobalt, balance to 61% maximum. Table 1

ASTM A297 HP Investment Cast Heat Resistance cobalt alloy 12 Coating EB3379 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. obalt alloys have high strength at elevated temperatures and good creep and thermal fatigue resistance, so they are used for turbocharger turbines and aircraft turbines. They can be welded or used in electroplating. Cobalt alloys also are also used for prosthetics like

X-40 Cobalts Alloy Castings Parts Temperature 1300 EB9110 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. Co-Cr alloy is also very commonly used in fashion industry to make jewellery, especially wedding bands. Table 1 : Standard Cobalt cobalt alloy Alloy Co Cr C W Mo Ni Si B Fe Mn Others cobalt alloy 1 BAL 33 2.45 13 - 2.5* 1 - 2.5* 1 - cobalt alloy 3 BAL 31 2.5 13 - 2.5* 1 - 2.5* 1 - cobalt alloy 4 BAL 31.5

High Temperature UM Co-50 Cobalt Alloy Casted Foundry Squiggle Twigs Heat treatment EB9091 We produce High Temperature Superalloy Castings Parts with centrifugal cast process, investment process and resin sand cast process. High temperature alloys without or without aluminum and titanium are usually smelted by arc furnace or non-vacuum induction furnace.High temperature alloys containing aluminum and titanium are not easy to control when melting in the atmosphere, and the gas

Cobalt Alloy Castings cobalt alloy 21 with Temperature 1300 EB9069 We produce Cobalt Alloy Castings with centrifugal cast process, investment process. We melt good quality Co-based Alloy Castings with Vacuum Furnaces and Induction Furnaces. We can cast and machine the hard Cobalt-based Alloy Castings 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