Cobalt-Based Alloy

Products Categories

Ni220M1 Glass Mold Cladding Powder – Redefining New Standards for Efficient Manufacturing

Ni60CuMo similar metco 16C, High hardness nickel-based alloy with better corrosion resistance

Co12 Cobalt-Based Alloy: High-Temperature and High-Pressure Wear Resistance Solution

Co6 Cobalt-Based Alloy: High-Performance Solutions for Wear and Corrosion Resistance

Stainless Steel 316L Powder (for Laser Cladding)

WC-17Ni HVOF/HVAF thermal spray powder, Suitable for wet working environments

WC-12Ni HVOF/HVAF thermal spray powder, Suitable for wet working environments

WC-12Co HVOF/HVAF thermal spray powder Excellent abrasion resistance

WC-10Ni HVOF/HVAF thermal spray powder, Suitable for wet working environments

WC-10Co4Cr HVOF/HVAF thermal spray powder Excellent abrasion resistance

0102030405

Co6 Cobalt-Based Alloy: High-Performance Solutions for Wear and Corrosion Resistance

Material Overview

Co6 is an advanced cobalt-based alloy formulated with precisely balanced chromium (Cr), carbon (C), tungsten (W), and other elements to deliver exceptional strength, wear resistance, and corrosion resistance. Its chemical composition (by mass percentage) is:

· C: 1.2% (enhances hardness and wear resistance)

· Cr: 29.0% (forms a dense oxide layer for oxidation/corrosion protection)

· Fe: 2.5%, Ni: 2.5% (improve processability and toughness)

· Si: 1.1% (deoxidizer, reduces defects)

· W: 4.0% (boosts high-temperature strength and creep resistance)

· Co balance (provides structural stability).

product details

Core Performance Advantages

· Wear and Impact Resistance

The combination of high carbon (1.2%) and tungsten (4.0%) ensures hardness (37-43 HRC) and耐磨性 (wear resistance), making it ideal for sliding friction, erosion, and severe abrasion. Heat treatment can further optimize hardness.

· Corrosion and High-Temperature Stability

Chromium forms a protective Cr₂O₃ oxide layer against acids, alkalis, and gas-phase corrosion. Cobalt’s high melting point (~1400°C) and tungsten reinforcement ensure structural integrity under extreme temperatures.

· Cavitation and Fatigue Resistance

Low residual stress design minimizes cavitation risk, while high fatigue limits suit cyclic loading applications (e.g., engine valve reciprocation).

Production Process

· Gas Atomization Powder Technology

Molten metal is atomized using high-speed inert gases (e.g., nitrogen or argon), producing spherical, low-porosity powder with excellent flowability. This method:

· Enhances density and reduces defects;

· Supports advanced manufacturing (3D printing, thermal spraying);

· Optimizes microstructure for consistent performance.

Typical Applications

· Internal Combustion Engines

· Valves/Valve Seats: Withstands high-temperature gas erosion and piston ring friction, reducing leakage.

· Turbine Blades: Coatings prevent erosion in harsh environments.

· Energy/Chemical Equipment

· Valve Seals: Resists acid/alkali attack and erosive flows.

· Pump Impellers: Guards against solid-particle erosion in fluid transport.

· Aerospace and Defense

· High-Temperature Components: Rocket engine nozzles, heat exchanger tubing.

· Military Hardware: Gun percussion pins, wear-resistant coatings.

Selection Guidelines

· Low-Carbon Co6: Ideal for cavitation-prone areas (e.g., pump impellers) and moderate abrasion.
· High-Carbon Co6: Recommended for high-stress wear environments (e.g., mining gears, roll surfaces).
· Surface Treatments: Combine with thermal spraying or nitriding for enhanced hardness and wear life.

Conclusion

Co6 cobalt-based alloy combines cobalt’s high-temperature stability, chromium’s corrosion resistance, and a carbon-wrought iron system for superior wear performance. Gas atomization ensures dense, consistent microstructure, making it indispensable in extreme environments (high pressure, temperature, and corrosive media). Custom elemental adjustments or rare-earth additions (e.g., cerium) can further tailor properties for specialized applications.

Your Name*

E-mail*

Phone Number

Country

Write Your Question :*

Select File No file is selected

BY ENTERING YOUR E-MAIL ADDRESS YOU ACCEPT INJET PRIVACY POLICY

What to know about this product?

SEND A MESSAGE

Something isn't Clear?

Feel free to contact me, and l will be morethan happy to answer all of your questions.