Features:

· Physical Properties: Silver-gray metallic blocks with high hardness and strength, capable of withstanding mechanical stress, offering an advantageous strength-to-weight ratio.

· Chemical Properties: Excellent corrosion resistance, stable in most environments, and has good oxidation resistance at high temperatures.

· Magnetic Properties: Exhibits certain magnetic properties, making it useful for the production of magnetic materials.

Manufacturing Methods:

· Powder Metallurgy: Iron and titanium powders are mixed in proportion, then pressed and sintered to form the target, ensuring controlled composition and high density.

· Vacuum Melting: Iron and titanium are melted in a vacuum environment to reduce impurities and enhance purity.

· Sputtering: High-energy particles bombard the target to form thin films, resulting in high-quality coatings.

Applications:

· Electronics Industry: Used in thin film deposition for semiconductor manufacturing, including magnetic storage media and conductive films.

· Aerospace Sector: Due to its high strength, lightweight nature, and corrosion resistance, it is suitable for structural components in aircraft and spacecraft.

· Mechanical Manufacturing: Utilized in the production of tools, molds, and other equipment to enhance hardness and wear resistance.

Features:

• High Purity:Achieves up to 99.95%, ensuring superior performance of the target.
• Excellent Alloy Properties:Manganese significantly enhances the hardenability and corrosion resistance of steel.
• Custom Production:Can be tailored to reduce impurity elements based on customer requirements, meeting specific application needs.

Applications:

Steel Industry:

• Used as a deoxidizer in steelmaking, refining steel grains, and improving hardenability.

Alloying Agent:

• Enhances corrosion resistance and ductility of steel, widely applied in the production of wear-resistant high-manganese steel.

Special Materials Research:

• Suitable for research projects requiring high-purity iron manganese alloys.

Stainless Steel Smelting:

• Can replace nickel, reducing production costs.

Features:

• High Purity:Achieves a purity of up to 99.95%.
• Excellent Magnetic Permeability:Exhibits outstanding magnetic performance in weak magnetic fields.
• Custom Specifications:Available in various shapes and sizes tailored to customer requirements.

Applications:

Electronics:

• Used in magnetic films for thin film resistors and magnetic memory devices in integrated circuits, enhancing the performance and stability of electronic components.

Semiconductor Industry:

• Utilized for depositing films, serving functions such as conductivity, barrier, and diffusion blocking, thereby improving chip performance and reliability.

Magnetic Materials:

• A critical material for the production of magnetic sensors and magnetic recording media.

Features:

• High Purity:Ensures quality and stability of the target, with purity levels reaching 99.9%.
• Performance Enhancement:Significantly improves the high-temperature demagnetization resistance of rare earth permanent magnet materials.
• Specialized Preparation:Produced using vacuum melting methods to accommodate the unique properties of hafnium.

Applications:

Magnetic Thin Film Materials:

• Used to enhance the performance of rare earth permanent magnet thin films, especially under high-temperature conditions.

High-Temperature Applications:

• Improves the stability and reliability of materials in high-temperature environments.

Features:

• High Purity:Achieves up to 99.95%, ensuring performance and stability of the target.
• Effective Deoxidation:Efficiently removes oxygen during steelmaking, enhancing molten steel temperature.
• Versatility:Can be used as an alloying element in the production of various steels.

Applications:

Steel Industry:

• Used as a deoxidizer to improve the temperature and quality of molten steel.

Alloy Production:

• Added as an alloying element in low-alloy structural steels, spring steels, bearing steels, and heat-resistant steels.

Chemical Industry:

• Serves as a reducing agent in ferroalloy production.

Thin Film Coatings:

• Finds new applications in modern thin film coating technologies.

Features:

• High Purity:Achieves a purity of up to 99.9%.
• Superior Microstructure:Utilizes a unique rapid cooling process to obtain fine and uniform alloy targets.
• Key Properties:The deposited films serve as important soft magnetic layers for vertical magnetic recording media.

Applications:

Semiconductor Industry:

• Used in the fabrication of semiconductor chips, particularly in wafer production and chip packaging.

Magnetic Recording Materials:

• Widely applied in the manufacturing of magnetic recording media and magnetic head materials.

Flat Panel Display Industry:

• Important in the production of TFT arrays within the flat panel display sector.

Photovoltaics:

• Used in thin-film batteries and HJT photovoltaic cell applications.

Features:

· Superior Magnetic Performance: Combines the excellent magnetic characteristics of iron and cobalt, making it suitable for high-performance magnetic material applications.

· Chemical Stability: The addition of boron enhances the chemical stability of the alloy.

· High Purity: Ensures the performance of the target and the quality of the deposited films.

Manufacturing Process:

1. Raw Material Preparation: High-purity iron, cobalt, and boron powders, with a purity requirement of over 99.9%.

2. Powder Mixing: The powders are mixed in a ball mill for several hours to ensure uniformity.

3. Pressing: The mixed powders are pressed into shape in a mold under pressures ranging from several hundred to several thousand megapascals.

4. Sintering: The pressed target is placed in a sintering furnace, typically at temperatures from a few hundred to over a thousand degrees Celsius, for several hours to tens of hours.

5. Processing: The sintered target undergoes cutting, grinding, and polishing to achieve the desired dimensions and surface quality.

Applications:

· Magnetic Materials: Widely used in the manufacture of high-performance magnetic materials, such as magnetic heads and storage media.

· Electronics Industry: Utilized in thin film deposition for semiconductors and microelectronic devices to enhance device performance.

· Photovoltaic and Optoelectronic Devices: Plays a significant role in the production of photovoltaic films and optoelectronic devices.

Features:

• High Purity:Provides up to 99.95% purity, ensuring superior material performance.
• Customizable Composition:Tailored to meet specific needs in magnetic material applications, enhancing flexibility.
• Good Stability:Exceptional magnetic recording performance, ideal for high-density information storage.

Applications:

Magnetic Recording Materials:

• Used in audio tapes, disks, and other magnetic media, widely applied in information recording and storage.

Magnetic Head Materials:

• Serves as a component in magnetic heads, supporting writing and reading functions.

Electronics and Automation Control:

• Applied in broadcasting, film, television, education, medical, military, and aerospace fields to enhance information processing and storage efficiency.

Features:

• High Purity:Ensures the quality and stability of the target.
• Environmental Friendliness:Reduces pollution and conserves resources during the coating process.
• Superior Performance:The iron chromium alloy coating readily forms an amorphous structure, outperforming traditional single crystal coatings.

Applications:

Stainless Steel Production:

• Serves as a crucial raw material, influencing the performance of stainless steel.

Tools and Heat-Resistant Materials:

• Used in the production of tool steel, heat-resistant steel, and nitrided steel.

Thin Film Coating Industry:

• Employed in magnetron sputtering coatings as a replacement for pure chromium coatings.

Laboratory and Automotive Industries:

• Widely used in the manufacturing and research of related equipment and materials.