High-Purity Titanium Ti Granules Particles for Materials Science Research

Product Details:

Melting Point: 1675°C  

Density: 4.5 g/cm³  

Specifications: ∮3*3 / ∮6*6 mm  

Purity: 4N, 4N5, 5N  

Evaporation Method: eBeam (Xlnt)  

Crucible Materials: W, graphite, TiC  

Note: The thin film adheres very well to almost any substrate.  

(The above specifications and purity can be customized as needed. For other specifications or purities, please consult customer service.)

Note: Purity, shape, thickness, and dimensions can all be customized,Please feel free to contact us for more details.

Applications of Titanium (Ti):

 1. Semiconductor Field

   - Materials Science Research: Titanium particles are used in the synthesis and surface treatment of semiconductor materials, improving the electrical and thermal conductivity of materials, which positively impacts the performance of electronic devices.

   - Catalysts: In semiconductor manufacturing processes, titanium particles can serve as catalysts, enhancing the efficiency of chemical reactions.

 2. Powder Metallurgy

   - Part Manufacturing: Titanium particles are commonly used in powder metallurgy techniques, allowing for the pressing and sintering of complex-shaped parts, widely applied in aerospace, automotive, and medical device fields.

   - Improving Material Properties: By controlling the size and distribution of particles, the mechanical properties and corrosion resistance of materials can be enhanced.

 3. 3D Printing

   - Additive Manufacturing: Titanium particles are one of the commonly used raw materials in additive manufacturing (3D printing), especially in selective laser melting (SLM) technology, which produces lightweight, high-strength complex structural parts.

   - Medical Applications: In the medical field, titanium particles are used to manufacture biocompatible implants, such as bone substitutes and dental implants.

 4. Coating Technology

   - Surface Treatment: Titanium particles can be used in spraying and coating technologies to provide corrosion and wear-resistant surface protection, widely applied in tools, machinery, and construction materials.

   - Decorative Coatings: Titanium particles can also be used to create decorative coatings with excellent luster and durability.

 5. Catalysts

   - Chemical Reactions: Titanium particles serve as catalysts in certain chemical reactions, particularly in organic synthesis and environmental remediation, enhancing reaction rates and selectivity.

 6. Battery Materials

   - Lithium-Ion Batteries: Titanium particles are being researched as anode materials for lithium-ion batteries, helping to improve energy density and cycle stability.

 7. Aerospace

   - Lightweight Structural Materials: Titanium particles are used in aerospace to manufacture lightweight structural materials that can withstand high temperatures and corrosive environments, enhancing the performance and efficiency of aircraft.

 8. Military Applications

   - Ballistic Materials: Utilizing the high strength and lightweight characteristics of titanium, titanium particles can be used to manufacture ballistic materials and other military equipment.

 9. Arts and Decoration

   - Jewelry and Artworks: The unique appearance and color of titanium particles make them increasingly popular in jewelry and artwork manufacturing, creating visually appealing pieces.

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