Haynes 25 L605 Bar – UNS R30605 Cobalt-Based High Temperature Alloy Bar

Short Description:

Haynes 25 L605 Bar, also known as UNS R30605, is a cobalt-nickel-chromium-tungsten high temperature alloy bar with excellent oxidation resistance, wear resistance, hot corrosion resistance and high-temperature strength. It is widely used for aerospace engine parts, gas turbine components, high-temperature fasteners, springs, furnace parts, medical components and industrial wear-resistant applications. SASA ALLOY supplies Haynes 25 / L605 bars in hot rolled, forged, peeled, turned, ground and polished conditions with EN 10204 3.1 certificate, PMI testing and full material traceability.


  • Grade: Haynes 25 / L605 / UNS R30605 / Cobalt Alloy 25
  • Surface: Hot Rolled / Forged /Ground / Polished
  • Specification: Diameter 6-300mm, Length 500-6000mm
  • Diameter 6-300mm, Length 500-6000mm: Aerospace / Gas Turbine / Springs
  • Product Detail

    Product Tags

    Product Short Description

    Haynes 25 L605 Bar, also known as UNS R30605, Cobalt Alloy 25 and L605 cobalt alloy bar, is a cobalt-nickel-chromium-tungsten high temperature alloy bar designed for excellent oxidation resistance, hot corrosion resistance, wear resistance and high-temperature mechanical strength. It is widely used in aerospace engines, gas turbine components, high-temperature springs, fasteners, furnace parts, medical components and industrial wear-resistant applications.

    SASA ALLOY supplies Haynes 25 / L605 bars in hot rolled, forged, peeled, turned, ground, polished and machined conditions according to customer requirements. Products can be supplied with chemical composition analysis, mechanical testing, PMI testing, ultrasonic testing, dimensional inspection, surface inspection, EN 10204 3.1 material certificate and full heat number traceability.

    • Product Name: Haynes 25 L605 Bar – UNS R30605 Cobalt-Based High Temperature Alloy Bar
    • Material Grade: Haynes 25 / L605 / UNS R30605 / Cobalt Alloy 25
    • Product Type: Cobalt-Nickel-Chromium-Tungsten High Temperature Alloy Bar
    • Main Feature: High-temperature strength, oxidation resistance, wear resistance and hot corrosion resistance
    • Applications: Aerospace, gas turbine, springs, fasteners, furnace parts, medical and industrial components

    Product Parameters

    Item Specification
    Product Name Haynes 25 L605 Bar
    Material Grade Haynes 25 / L605 / UNS R30605 / Cobalt Alloy 25
    Material Type Cobalt-Nickel-Chromium-Tungsten High Temperature Alloy
    Product Form Round Bar, Forged Bar, Peeled Bar, Turned Bar, Ground Bar, Custom Machined Bar
    Diameter 6 mm – 300 mm or customized
    Length 500 mm – 6000 mm or cut to size
    Surface Condition Hot Rolled, Forged, Peeled, Turned, Ground, Polished, Machined
    Heat Treatment Solution Annealed, Annealed, Cold Worked or as required
    Standard UNS R30605, AMS 5759, AMS 5796, ASTM, EN, DIN, JIS, GB or customer specification
    Inspection Chemical Analysis, Mechanical Test, PMI Test, UT Test, Hardness Test, Dimensional Inspection
    Certificate EN 10204 3.1 Material Certificate available
    Processing Service Cutting, Sawing, Turning, Grinding, Polishing, CNC Machining, Custom Size Processing

    Chemical Composition

    Haynes 25 / L605 is a cobalt-based high temperature alloy strengthened by chromium, nickel and tungsten. The following chemical composition is for general reference only. Final composition should be confirmed according to the applicable standard, purchase order and mill test certificate.

    Element Co Cr W Ni Fe C Mn Si P S
    Content % Balance 19.0 – 21.0 14.0 – 16.0 9.0 – 11.0 ≤3.0 0.05 – 0.15 1.0 – 2.0 ≤0.40 ≤0.040 ≤0.030

    Mechanical Properties

    Mechanical properties of Haynes 25 L605 Bar may vary depending on diameter, production method, cold work condition, heat treatment and applicable standard. This alloy is valued for its good strength retention and oxidation resistance at elevated temperatures.

    Condition Tensile Strength Yield Strength Elongation Hardness Typical Use
    Solution Annealed / Typical According to standard According to standard Good ductility According to condition Aerospace, gas turbine and high-temperature parts
    Cold Worked / High Strength According to order requirement According to order requirement According to order requirement According to order requirement Springs, fasteners and wear-resistant components
    Machined / Custom According to drawing According to drawing According to drawing According to drawing Precision machined cobalt alloy components

    Note: Final mechanical properties should be confirmed according to AMS, ASTM, customer specification, heat treatment condition and material test certificate.

    Common Size Table

    Diameter Length Surface Availability
    6 – 20 mm 500 – 3000 mm Hot Rolled / Ground / Polished Production / Customized
    20 – 80 mm 1000 – 6000 mm Hot Rolled / Peeled / Turned Production
    80 – 150 mm 1000 – 6000 mm Forged / Turned / Ground Made to Order
    150 – 300 mm Cut to Size Forged / Machined Custom Production

    Different Specifications Comparison

    Type Size Range Surface Condition Typical Use
    Haynes 25 L605 Round Bar 6 – 100 mm Hot Rolled / Peeled / Ground Fasteners, springs, aerospace and industrial components
    Haynes 25 L605 Forged Bar 80 – 300 mm Forged / Turned / Machined Gas turbine, furnace and heavy-duty high-temperature parts
    Haynes 25 L605 Machined Bar According to drawing Ground / Polished / CNC Machined Precision machined cobalt alloy components
    Haynes 25 L605 Cut Bar Cut to length Sawed / Ground Machining blanks and maintenance replacement parts

    Equivalent Standards and International Names

    Haynes 25 L605 Bar is known by several international names and specifications. Customers may search for Haynes 25 Bar, L605 Bar, UNS R30605 Bar, Cobalt Alloy 25 Bar or cobalt-based high temperature alloy bar.

    Country / Standard Common Name Equivalent Grade
    Commercial Name Haynes 25 Cobalt Alloy 25
    Common Name L605 Haynes 25 Equivalent
    UNS UNS R30605 Cobalt-Nickel-Chromium-Tungsten Alloy
    AMS AMS 5759 / AMS 5796 L605 Bar / Wire Reference
    China Reference GH5605 / GH605 Reference Confirm by chemical composition and MTC

    Production Process Flow

    The production process of Haynes 25 L605 Bar requires strict control of raw material selection, melting, hot working, solution annealing, machining and inspection to ensure high-temperature performance and material reliability.

    1. Raw Material Selection
    2. Melting
    3. Ingot / Billet Preparation
    4. Forging / Hot Rolling
    5. Solution Annealing
    6. Straightening
    7. Turning / Peeling
    8. Grinding / Polishing
    9. Inspection
    10. Packing
    11. Delivery
    Process Step Description Quality Control Point
    Raw Material Selection Select qualified cobalt, nickel, chromium and tungsten raw materials Raw material certificate and traceability
    Melting Control alloy chemistry and impurity elements Chemical composition analysis
    Forging / Hot Rolling Produce bar shape and improve internal structure Temperature control, forging ratio and dimensional control
    Solution Annealing Heat treatment to stabilize structure and improve performance Temperature, holding time and cooling method
    Inspection Final inspection before shipment PMI, UT, dimension, surface and certificate review

    Product Inspection

    1. Chemical Composition Inspection

    Chemical composition analysis is performed to verify cobalt, chromium, tungsten, nickel and other alloying elements. This helps confirm that the bar meets Haynes 25 / L605 / UNS R30605 requirements.

    2. Mechanical Properties Testing

    Tensile strength, yield strength, elongation, hardness and other mechanical properties can be tested according to customer requirements and applicable standards.

    3. Ultrasonic Testing

    UT testing can be performed to check internal soundness of forged or large-size Haynes 25 L605 bars, especially for aerospace, gas turbine and critical industrial components.

    4. PMI Testing and Dimensional Inspection

    PMI testing helps verify material grade and prevent material mix-up. Diameter, length, straightness, tolerance and surface condition are inspected before shipment.

    Product Packaging

    SASA ALLOY provides export-grade packaging for Haynes 25 L605 Bars to protect the material during sea, air and land transportation.

    • Bundle Packing: Suitable for long bars and batch shipments.
    • Plastic Film Protection: Applied to polished or machined surfaces to reduce scratches.
    • Waterproof Wrapping: Used to protect bars from moisture during transportation.
    • Wooden Case Packaging: Suitable for precision machined bars or export shipments.
    • Clear Marking: Grade, heat number, size, quantity and customer PO number can be marked on labels.
    GH3652 Bar Box Packaging
     GH3652 Bar Box Packing
     GH3652 Bar packing

     

    Applications

    Haynes 25 L605 Bar is widely used in high-temperature, wear-resistant and oxidation-resistant applications where cobalt-based alloy performance is required.

    Industry Typical Applications Why Haynes 25 L605 Is Used
    Aerospace Engine parts, combustion components, fasteners and hot-section parts High-temperature strength and oxidation resistance
    Gas Turbine Turbine components, rings, springs and support parts Good hot corrosion resistance and thermal stability
    Industrial Furnace Furnace parts, heat treatment fixtures and high-temperature supports Resistance to oxidation and thermal exposure
    Medical Surgical components and selected implant-related applications Good strength, corrosion resistance and cobalt alloy performance
    Industrial Machinery Wear-resistant components, shafts, fasteners and custom machined parts Wear resistance, strength and reliability under demanding service

    Why Choose SASA ALLOY?

    • Professional supplier of Haynes 25 / L605 / UNS R30605 cobalt-based high temperature alloy bars
    • Customized diameter, length, surface condition and heat treatment available
    • Support for AMS, UNS, ASTM, EN, DIN, JIS, GB and customer specifications
    • Material traceability with heat number control
    • EN 10204 3.1 material certificate available
    • Chemical analysis, mechanical testing, PMI testing, UT testing and dimensional inspection support
    • Export packaging suitable for international transportation
    • Suitable for aerospace, gas turbine, furnace, medical and high-temperature industrial applications

    FAQ

    What is Haynes 25 L605 Bar?

    Haynes 25 L605 Bar is a cobalt-nickel-chromium-tungsten high temperature alloy bar, also known as UNS R30605. It is used for high-temperature, oxidation-resistant and wear-resistant applications.

    Is Haynes 25 the same as L605?

    Yes. Haynes 25 and L605 are commonly used names for UNS R30605 cobalt-based high temperature alloy. Final equivalence should be confirmed by standard, chemical composition and mill test certificate.

    Can SASA ALLOY provide custom size Haynes 25 L605 bars?

    Yes. SASA ALLOY can supply Haynes 25 L605 bars in customized diameter, length, surface condition and heat treatment condition according to customer requirements.

    What inspections can be provided?

    Chemical analysis, mechanical testing, PMI testing, UT testing, hardness testing, dimensional inspection and EN 10204 3.1 material certificate can be provided according to order requirements.

    What are the main applications of Haynes 25 L605 Bar?

    Haynes 25 L605 Bar is mainly used for aerospace components, gas turbine parts, high-temperature springs, fasteners, furnace parts, medical components and industrial wear-resistant applications.

    Contact Us

    If you are looking for Haynes 25 L605 Bar, UNS R30605 Bar, Cobalt Alloy 25 Bar or customized cobalt-based high temperature alloy materials, please contact SASA ALLOY with your required grade, standard, diameter, length, heat treatment condition, surface condition, quantity and inspection requirements. Our team can provide professional material solutions for aerospace, gas turbine, medical and high-temperature industrial applications.


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