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Our product range includes a wide range of haynes 25 sheet, invar 36 sheet and cupronickel 90 10 sheet.

Haynes 25 Sheet

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Haynes 25 Sheet
  • Haynes 25 Sheet
  • Haynes 25 Sheet
  • Haynes 25 Sheet
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Product Brochure
Product Details:
Minimum Order Quantity1 Kg
Usage/ApplicationIndustry
Country of OriginMade in India

Haynes 25, also known as L605, is a solid solution strengthened cobalt-chromium-tungsten-nickel alloy known for its exceptional high-temperature strength and excellent corrosion resistance properties. Here's some information about Haynes 25:
### Composition:- Cobalt (Co): Approximately 50%- Chromium (Cr): Approximately 20%- Tungsten (W): Approximately 15%- Nickel (Ni): Approximately 10%- Iron (Fe): Small amounts as an impurity
### Properties:- **High-Temperature Strength**: Haynes 25 retains its strength and structural integrity at elevated temperatures, making it suitable for use in applications requiring resistance to thermal stress and mechanical loads.- **Corrosion Resistance**: It offers excellent resistance to corrosion and oxidation, particularly in high-temperature environments where other materials may degrade or fail.- **Creep Resistance**: The alloy exhibits good creep resistance, allowing it to maintain dimensional stability and mechanical properties under prolonged exposure to high temperatures and stress.- **Wear Resistance**: Haynes 25 has good wear resistance, making it suitable for applications involving abrasive wear and frictional forces.- **Fabricability**: It can be easily machined, formed, and welded using conventional techniques, allowing for the fabrication of complex components and structures.- **Versatility**: Haynes 25 finds applications in various industries, including aerospace, gas turbine engines, chemical processing, and medical implants, where its combination of properties is highly valued.
### Applications:- **Aerospace**: Gas turbine engine components, combustion chambers, afterburners, and thermal protection systems.- **Power Generation**: Industrial gas turbines, heat recovery steam generators (HRSG), and components for high-temperature applications.- **Petrochemical Processing**: Reformers, process heaters, and equipment handling corrosive and high-temperature environments.- **Medical**: Surgical implants, such as orthopedic implants and prosthetic devices, due to its biocompatibility and corrosion resistance.- **Automotive**: High-performance exhaust systems and engine components requiring resistance to high temperatures and corrosion.
### Packaging:- Haynes 25 sheet is typically packaged using protective coatings or wraps to prevent surface oxidation and damage during transit and storage.- Stacking and separation methods are employed to prevent scratching and ensure even weight distribution.- Bundling with strapping and packaging in sturdy crates or on pallets provides protection against impacts and environmental factors.- Cushioning materials are used inside crates to protect against shocks and vibrations during transportation.- Proper sealing of crates and labeling with essential information facilitate identification and handling instructions.
Haynes 25 is a highly versatile alloy prized for its exceptional properties, making it a preferred choice for demanding applications in industries where high-temperature strength and corrosion resistance are critical requirements.

Additional Information:

  • Production Capacity: 10000 MT
  • Delivery Time: READEY STOCK
  • Packaging Details: Packaging Haynes 25, or L605, effectively is crucial to ensure its protection during transportation and storage. Here's a guide on how to package Haynes 25 sheet or other forms securely: Surface Protection: Apply a protective coating or wrap to each piece of Haynes 25 to prevent surface oxidation and damage during handling and transit. This could include oil coating or plastic film wrapping. Stacking and Separation: Place separators, such as foam pads or cardboard sheets, between each piece to prevent scratching and ensure even weight distribution. This reduces the risk of deformation during stacking. Bundling: Bundle the pieces securely using steel or plastic strapping to prevent shifting or movement during transit. Ensure the strapping is tight enough to hold the bundle together without causing deformation. Outer Packaging: Pack the bundled pieces in sturdy wooden crates or on pallets designed to support their weight and dimensions. These crates or pallets should offer ample protection against impacts and environmental factors during transit. Cushioning: Use cushioning materials like foam padding or bubble wrap inside the crates to protect against shocks and vibrations during transportation. Fill any empty spaces to prevent the pieces from shifting or moving. Sealing: Seal the crates securely using appropriate fasteners, such as screws or nails, to prevent them from opening during transit. Ensure all openings are properly sealed to protect the pieces from dust, moisture, and contaminants. Labeling and Documentation: Clearly label each package with essential information, including alloy type (Haynes 25), dimensions, quantity, and handling instructions. Include relevant documentation such as material certificates and packing lists for identification and traceability. Transportation Considerations: Choose a reputable carrier experienced in handling sensitive materials to ensure safe transportation of the Haynes 25 pieces. Monitor environmental conditions,
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    Invar 36 Sheet

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    Invar 36 Sheet
    • Invar 36 Sheet
    • Invar 36 Sheet
    • Invar 36 Sheet
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    Product Brochure
    Product Details:
    Minimum Order Quantity1 Kg
    Usage/ApplicationIndustry
    Country of OriginMade in India

    Invar, also known as Invar 36 or FeNi36, is an iron-nickel alloy known for its low coefficient of thermal expansion (CTE). It's primarily composed of 36% nickel and 64% iron, with trace amounts of other elements. Invar sheets are used in applications where dimensional stability is critical across a wide range of temperatures. Let's explore its applications, features, and packaging:
    ### Applications of Invar Sheets:
    1. **Precision Instruments:**   - **Scientific Instruments**: Used in scientific instruments like pendulum clocks, where thermal expansion can affect accuracy.   - **Metrology Tools**: Employed in precision measuring instruments, gauges, and standards.
    2. **Aerospace and Defense:**   - **Satellite Structures**: Used in satellite components to maintain dimensional stability in the vacuum of space.   - **Aircraft Instrumentation**: Utilized in aircraft instruments, such as altimeters and gyroscopes, to maintain accuracy across temperature variations.
    3. **Electronics:**   - **Electronic Enclosures**: Invar sheets are used in electronic enclosures to prevent warping or distortion due to temperature changes.   - **Printed Circuit Boards (PCBs)**: Used as a substrate material for high-precision PCBs where stability is crucial.
    4. **Automotive Industry:**   - **Automotive Sensors**: Invar sheets are used in sensors and actuators where thermal expansion needs to be minimized for accurate readings.
    5. **Medical Equipment:**   - **Medical Devices**: Invar is used in medical devices where dimensional stability is required, such as optical and surgical instruments.
    6. **Telecommunications:**   - **Telecommunication Devices**: Invar sheets are used in components for telecommunications devices to maintain precision over temperature variations.
    ### Features of Invar Sheets:
    1. **Low Thermal Expansion**: Invar exhibits an extremely low coefficient of thermal expansion, making it ideal for applications requiring dimensional stability over a wide temperature range.
    2. **High Dimensional Stability**: Maintains precise dimensions over a range of temperatures, reducing the risk of warping or distortion.
    3. **Excellent Mechanical Properties**: Invar retains good mechanical strength and ductility, allowing for ease of fabrication and machining.
    4. **Corrosion Resistance**: Offers good resistance to corrosion in many environments, enhancing its durability and longevity.
    5. **Magnetic Properties**: Invar is ferromagnetic at low temperatures but can become paramagnetic at room temperature.
    ### Packaging of Invar Sheets:
    1. **Surface Protection**:   - Invar sheets should be coated with a protective film or oil to prevent oxidation and surface damage during storage and transportation.
    2. **Packaging Materials**:   - Invar sheets are typically packaged in moisture-resistant materials such as plastic wrapping or vapor barrier packaging to protect against environmental moisture.
    3. **Stacking and Securing**:   - Sheets should be stacked evenly and securely on pallets, with appropriate spacing to prevent scratching and damage during handling.
    4. **Labeling**:   - Each package should be clearly labeled with information such as material type, dimensions, weight, and handling instructions.
    5. **Shipping Considerations**:   - Invar sheets should be shipped in climate-controlled containers or environments to prevent exposure to extreme temperatures and humidity.
    6. **Storage Recommendations**:   - Invar sheets should be stored in a dry, temperature-controlled environment to prevent oxidation and maintain dimensional stability.

    Additional Information:

  • Production Capacity: 10000 MT
  • Delivery Time: READY STOCK
  • Packaging Details: Packaging of Invar sheets is critical to safeguard their integrity during transit and storage. Here's how Invar sheets are typically packaged: ### 1. Surface Protection: - **Protective Coating**: Apply a temporary protective coating on both sides of the sheets to prevent scratching and corrosion during handling and transportation. ### 2. Wrapping Materials: - **Plastic Film or Bubble Wrap**: Wrap individual sheets in plastic film or bubble wrap to provide a protective barrier against moisture, dust, and physical damage. - **VCI Paper (Vapor Corrosion Inhibitor)**: Include VCI paper to protect against corrosion during storage and transit. ### 3. Stacking and Securing: - **Palletization**: Stack the wrapped sheets evenly on sturdy wooden pallets to facilitate handling and transportation. - **Edge Protectors**: Place edge protectors around the edges of the stacked sheets to prevent damage from strapping and handling. ### 4. Strapping and Securing: - **Metal or Plastic Strapping**: Secure the stacked sheets with metal or plastic strapping to keep them in place and prevent shifting during transit. - **Stretch Wrap**: Use stretch wrap to secure the entire pallet load and provide additional protection. ### 5. Labeling: - **Identification Labels**: Attach labels to each pallet or package with detailed information, including material type, dimensions, weight, and handling instructions. - **Fragile or Handle with Care Labels**: Include warning labels to indicate that the contents are fragile and require careful handling. ### 6. Shipping Considerations: - **Climate-Controlled Transportation**: Consider climate-controlled shipping containers, especially for long-distance or overseas transportation, to protect against extreme temperatures and humidity. - **Insurance**: Consider insuring the shipment to provide coverage against loss or damage during transit. ### 7. Storage Recommendations: - **Dry and Well-Ventilated Area**: Store the packaged Invar sheets in a clean, dry,
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    CUPRONICKEL 90 10 SHEET

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    CUPRONICKEL 90 10 SHEET
    • CUPRONICKEL 90 10 SHEET
    • CUPRONICKEL 90 10 SHEET
    • CUPRONICKEL 90 10 SHEET
    • CUPRONICKEL 90 10 SHEET
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    Product Brochure
    Product Details:
    Minimum Order Quantity1 Kg
    GradeCUPRO NICKEL 90 10
    Usage/ApplicationINDUSTRY
    Country of OriginMade in India

    Cupronickel 90/10 sheets are widely used in various industries due to their unique properties, particularly their excellent resistance to corrosion, especially in seawater environments. Here are detailed applications across different sectors:
    ### 1. Marine Industry
    **Shipbuilding**   - **Hull Construction**: Used in the construction of ship hulls due to its excellent resistance to seawater corrosion.   - **Seawater Piping Systems**: Ideal for seawater cooling systems, ballast water systems, and bilge lines.   - **Heat Exchangers**: Commonly used in marine heat exchangers and condensers where seawater is the cooling medium.
    **Offshore Platforms**   - **Structural Components**: Used for structural components exposed to seawater.   - **Piping Systems**: Suitable for piping systems that handle seawater or other corrosive fluids.   - **Heat Exchanger Tubes**: Utilized in heat exchangers on offshore oil rigs.
    **Desalination Plants**   - **Evaporator Tubes**: Used in the evaporators of desalination plants due to its resistance to corrosion by seawater.   - **Condenser Tubes**: Ideal for condenser tubes in desalination units.
    ### 2. Power Generation
    **Heat Exchangers and Condensers**   - **Power Plants**: Used in power plant heat exchangers and condensers because of its thermal conductivity and resistance to fouling.   - **Cooling Systems**: Tubing and piping in cooling systems exposed to seawater.
    ### 3. Chemical and Petrochemical Industry
    **Process Equipment**   - **Heat Exchangers**: Used in chemical processing equipment like heat exchangers that handle corrosive chemicals.   - **Condensers**: Suitable for condensers dealing with aggressive chemicals.   - **Piping Systems**: Ideal for piping systems in chemical plants.
    **Storage Tanks**   - **Chemical Storage**: Storage tanks for corrosive chemicals, providing long-term durability and corrosion resistance.
    ### 4. Oil and Gas Industry
    **Production Platforms**   - **Seawater Systems**: Used in seawater systems on production platforms due to its resistance to seawater corrosion.   - **Heat Exchangers**: Commonly used in heat exchangers exposed to harsh environments.
    **Processing Plants**   - **Corrosive Fluid Handling**: Equipment that handles corrosive fluids and gases in processing plants.
    ### 5. Electrical Industry
    **Connectors and Terminals**   - **Electrical Connectors**: Used for electrical connectors and terminals requiring good conductivity and corrosion resistance.   - **Transformer Components**: Components in transformers and switchgear due to their durability and conductivity.
    ### 6. Industrial Applications
    **Heat Exchangers**   - **Industrial Equipment**: Heat exchangers in various industrial equipment that require resistance to corrosive environments.
    **Pumps and Valves**   - **Corrosive Fluids**: Pumps and valves that handle corrosive fluids in industrial settings.
    ### 7. Medical and Pharmaceutical Industry
    **Medical Equipment**   - **Corrosive Environments**: Used in medical equipment exposed to corrosive environments, ensuring long-term durability.
    ### 8. Automotive Industry
    **Exhaust Systems**   - **High-Temperature Resistance**: Used in exhaust systems due to its resistance to high temperatures and corrosion.
    **Fuel and Brake Lines**   - **Corrosion Resistance**: Suitable for fuel and brake lines where corrosion resistance is critical.



    Additional Information:

  • Production Capacity: 10000 MT
  • Delivery Time: READY STOCK
  • Packaging Details: Proper packaging of Cupronickel 90/10 sheets is crucial to ensure they reach their destination in optimal condition, free from damage and corrosion. Here are the key steps and considerations for packaging these sheets: 1. Surface Protection Protective Coatings: Apply a temporary protective coating to the surface to prevent scratches and corrosion during transit and storage. Interleaving Paper: Place interleaving paper or other soft materials between sheets to avoid direct metal-to-metal contact, which can cause abrasion and surface damage. 2. Packaging Materials Plastic Wrapping: Wrap the sheets in plastic film or bubble wrap to protect against moisture, dust, and other contaminants. Corrosion Inhibitors: Use VCI (Vapor Corrosion Inhibitor) paper or films to provide additional protection against corrosion during storage and transportation. Edge Protectors: Place edge protectors around the sheet edges to prevent damage from impacts and handling. 3. Stacking and Securing Pallets: Stack the sheets on sturdy wooden or metal pallets to facilitate easy handling with forklifts or cranes. Strapping: Secure the stacks with metal or plastic strapping to keep the sheets in place and prevent shifting during transit. Cushioning Materials: Use cushioning materials like foam, rubber mats, or cardboard between sheets to absorb shocks and vibrations. 4. Crating and Boxing Wooden Crates: Enclose the stacked sheets in sturdy wooden crates to provide robust protection against physical impacts. Custom Boxes: Use custom-sized cardboard or wooden boxes that fit the sheets snugly to minimize movement and damage during shipping. 5. Labeling Identification Labels: Attach labels to each package with detailed information, including material grade, dimensions, weight, batch number, and handling instructions. Warning Labels: Include warning labels for sensitive materials, such as "Handle with Care," "Keep Dry," and "Fragile." 6. Shipping Considerations Climate Control: For long-distance or over
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    Parshwamani Metals
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