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Cobalt-Based Alloy Materials

Sunxin supplies cobalt-based alloy materials for medical, aerospace, mechanical engineering, and industrial applications. Available grades include CoCrMo / CCM alloys, MP35N, L605, and Phynox / Elgiloy.

These materials are available in selected forms such as bars, wires, plates, and custom sizes according to material grade, application requirements, and project specifications.

Why Global Buyers Choose Sunxin

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Strict Quality Control

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Custom manufacturing support for sizes, tolerances, processing, and project-based requirements.


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Technical support for material selection, drawing review, and application-based solutions.


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Cobalt Alloy Materials for Demanding Applications

Cobalt-based alloys are selected for demanding applications that require high strength, wear resistance, corrosion resistance, fatigue performance, thermal stability, and reliable mechanical properties. Different cobalt alloy grades provide different combinations of strength, hardness, ductility, spring performance, biocompatibility, and application suitability.


Sunxin supplies cobalt alloy materials to support manufacturers of medical components, dental components, orthopedic tools, implant-related parts, aerospace components, springs, precision machined parts, and high-performance industrial components.

Products of Cobalt Alloy Materials

PHYNOX-ELGILOY-2.4711-UNS R30003

PHYNOX-ELGILOY-2.4711-UNS R30003

PHYNOX (also known as Elgiloy) is a high-performance cobalt-based spring alloy with an excellent elastic limit, outstanding fatigue resistance, and exceptional corrosion resistance. The material maintains stable elastic properties in the cold-worked condition and demonstrates extremely high reliability under high-stress cyclic loading environments. With good biocompatibility and long-term stability, it is widely used for high-precision medical components and demanding industrial spring applications.
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MP35N-2.4969-UNS R30035

MP35N-2.4969-UNS R30035

MP35N is a cobalt-nickel-chromium-molybdenum multiphase alloy that combines ultra-high strength, excellent corrosion resistance, and good fatigue resistance. After cold working and age hardening, its strength can be significantly improved, while maintaining stable performance in marine, high-temperature, and highly corrosive environments. In addition, this material offers good biocompatibility and non-magnetic or low-magnetic characteristics, making it widely used in critical applications requiring high reliability and high safety performance.
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AISI631-1.4568-17-7PH-UNS S17700-X7CrNiAl17-7-SUS631

L605-2.4964-UNS R30605

L605 is a typical cobalt-based superalloy based on the Co-Cr-W-Ni system. It offers excellent high-temperature strength, oxidation resistance, and outstanding wear resistance, while maintaining good stability and fatigue resistance in elevated-temperature environments. The alloy also provides good formability and weldability, making it widely used in demanding operating conditions that require high temperature resistance, high stress performance, and excellent corrosion resistance.
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CCM-Cocr28Mo-alloy1-2.4979-UNS R31537

CCM-Cocr28Mo-alloy1-2.4979-UNS R31537

CCM (CoCr28Mo Alloy 1) is a typical low-carbon medical-grade cobalt-chromium-molybdenum alloy, generally corresponding to high-purity Co-Cr-Mo system materials used for casting or wrought applications. This alloy offers excellent wear resistance, outstanding corrosion resistance, and good biocompatibility, allowing it to maintain stable performance in long-term in vivo environments or high-load operating conditions. Its high strength and fatigue resistance make it especially suitable for load-bearing and high-wear critical components.
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CCM-Cocr28Mo-alloy2-2.4979-UNS R31537

CCM-Cocr28Mo-alloy2-2.4979-UNS R31537

CCM (CoCr28Mo Alloy 2) is a high-carbon cobalt-chromium-molybdenum alloy. Compared with low-carbon grades, it offers superior wear resistance and higher hardness, making it suitable for high-friction and high-load operating conditions. The material also provides good corrosion resistance and biocompatibility, demonstrating excellent stability in long-term service environments. It is especially suitable for critical components requiring exceptionally high wear resistance.
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Cobalt-Based Alloy Grades We Supply

Sunxin supplies cobalt-based alloy materials including CoCrMo / CCM alloys, MP35N, L605, and Phynox / Elgiloy for medical, aerospace, mechanical engineering, and industrial applications. Each grade offers different combinations of strength, wear resistance, corrosion resistance, fatigue performance, spring performance, and thermal stability.

Available material forms and delivery conditions may vary by grade, size range, production condition, and project requirements.

Cobalt based alloy
MaterialASTMUNSPlateRodWireTube
L605/Haynes 25F90/ISO5832-5R30605√√√√
MP35NF562/ISO5832-6R30035√√√√
PHYNOX-ELGILOYF1085/ISO5832-7R30003√√——
CCM/Cocr28Mo-alloy1（Low-carbon）F1537/ISO5832-12R31537√√√—
CCM/Cocr28Mo-alloy2（High-carbon）F1537/ISO5832-12R31537√√√—

Cobalt-Based Alloy Material Form

Cobalt-based alloy materials can be supplied in selected forms according to material grade, size range, production condition, and project requirements.

Titanium Plates

Plates

Titanium Tubes

Tubes

Titanium Bars Rods

Bars / Rods

Titanium Wires

Wires

Cobalt Alloy Key Properties

Grade / SeriesStrengthWear ResistanceCorrosion ResistanceFatigue / Spring PerformanceThermal Stability
CoCrMo / CCM Alloy 1HighHighHighMediumMedium
CoCrMo / CCM Alloy 2HighVery HighHighMediumMedium
MP35NVery HighMediumVery HighVery HighMedium
L605HighHighHighMediumHigh
Phynox / ElgiloyHighMediumHighVery HighMedium

Cobalt Alloy Material Selection Guide

Application NeedRecommended MaterialsWhy Choose These Materials
Wear-resistant medical or dental componentsCoCrMo / CCM Alloy 1 / CCM Alloy 2Good wear resistance, corrosion resistance, and mechanical stability
High-strength springs or guide componentsMP35N / Phynox / ElgiloyHigh strength, fatigue resistance, and spring performance
High-temperature or aerospace componentsL605Strength, oxidation resistance, and thermal stability
Precision elastic componentsPhynox / Elgiloy / MP35NStable elastic properties and fatigue resistance
Implant-related or orthopedic-related componentsCoCrMo / CCM alloys / MP35NSuitable for medical-related applications according to standards and project requirements
Corrosion-resistant high-strength componentsMP35N / CoCrMo / L605Corrosion resistance and reliable mechanical performance

Cobalt-Based Alloy Applications

Medical | Aerospace | Mechanical Engineering | Industrial Applications
  •  Specialized
  • Expertise
  • Superior
  • Professional

Service Support for Cobalt-Based Alloy Projects

What Global Buyers Say About Sunxin

“Sunxin supports custom machining and flexible OEM production. Their team responds quickly and understands industrial material requirements very well.”

USA

Purchasing Manager, Industrial Manufacturing Company, USA

“The 316L stainless steel supplied by Sunxin met our medical application standards and provided excellent surface finish quality.”

South Korea

Medical Device Supplier, South Korea

“We have worked with Sunxin for several years as a stainless steel distributor. Product quality and export packaging are consistently reliable.”

Turkey

Stainless Steel Distributor, Turkey

“We sourced 17-4PH stainless steel bars from Sunxin for aerospace component machining. The dimensional accuracy and material consistency were excellent.”

Germany

Engineering Director, Aerospace Parts Manufacturer, Germany

Cobalt-Based Alloy FAQ

What cobalt-based alloys does Sunxin supply?

Sunxin supplies cobalt-based alloy materials including CoCrMo / CCM alloys, MP35N, L605, and Phynox / Elgiloy for medical, aerospace, mechanical engineering, and industrial applications.

What is CoCrMo alloy used for?

What is the difference between CCM Alloy 1 and CCM Alloy 2?

What is MP35N alloy used for?

Is L605 a cobalt-based alloy?

Can cobalt-based alloys be used for medical applications?

Can Sunxin provide custom sizes?

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Request Cobalt-Based Alloy Support

Looking for cobalt-based alloy materials for medical, aerospace, mechanical engineering, or industrial applications?

Contact Sunxin to discuss your required cobalt alloy grade, material form, size, tolerance, surface condition, quantity, documentation needs, and application requirements.