SGR-53001 PCD Polycrystalline Diamond Micropowder
Product Overview:
The explosion-synthesized polycrystalline diamond micropowder features a crystal structure similar to natural Carbonado. It has multiple cutting edges, offering higher material removal rates compared to single-crystal diamond.
Application Fields:
- Semiconductor
- Optical Crystals
- Metals
- Ceramics
Key Features:
- High grinding efficiency and polishing precision
- Long-lasting durability and abrasion resistance
- Suitable for hard material surfaces, including sapphire substrates, optical crystals, and ceramics.
Technical Parameters:
Model Type D10 (µm) D50 (µm) D95 (µm) Application PCD 1/8 Standard ≥0.06 0.10-0.14 ≤0.21 Optical crystals, ultra-hard ceramics, SiC substrates, and metal surface polishing PCD 1/4 Standard ≥0.11 0.20-0.25 ≤0.40 Metal and ceramic polishing PCD 0-1 Standard ≥0.40 0.48-0.55 ≤0.72 General polishing PCD 0-2 Standard ≥0.70 0.90-1.10 ≤1.50 High-precision polishing PCD 2-4 Standard ≥1.80 2.70-3.00 ≤4.50 Sapphire and SiC rough polishing PCD 3-6 Standard ≥2.80 4.00-4.40 ≤7.00 Sapphire, SiC polishing PCD 4-8 Standard ≥4.00 5.50-6.00 ≤8.60 Heavy polishing applications PCD 5-9 Standard ≥4.70 6.30-7.00 ≤10.00 Rough polishing of hard materials PCD 5-12 Standard ≥5.20 7.20-7.80 ≤13.00 LED chip back thinning PCD G3 Premium ≥2.00 2.80-3.10 ≤4.40 Advanced precision polishing PCD G3.5 Premium ≥2.40 3.30-3.60 ≤5.00 Fine polishing PCD G4 Premium ≥2.90 3.90-4.20 ≤6.00 Fine polishing for high-precision materials Application Scenarios:
Based on the SGR-53001 PCD polycrystalline diamond micro-powder product information, here’s a detailed analysis of the product's application scenarios and downstream customer groups for distributors in Latin America, Arab countries, and Africa:
Application Scenarios:
- Semiconductor Industry: For polishing silicon wafers, silicon carbide (SiC), and gallium nitride (GaN) substrates used in high-performance electronics and power devices.
- Optical Crystals: Used in fine polishing for sapphire, quartz, and other high-precision optical materials.
- Metal Polishing: Effective in removing surface defects, achieving smooth finishes on metals, especially in precision engineering industries.
- Ceramics: Suitable for ultra-hard ceramics used in aerospace, defense, and industrial cutting tools.
Downstream Customer Groups:
- Manufacturers: Semiconductor, optical, and metal industries that need high-precision surface treatment.
- Tool Makers: Companies producing cutting, grinding, and polishing tools, particularly those catering to mining, metalworking, and stone-cutting sectors.
- Automotive: Firms focused on producing high-performance ceramics and glass polishing for automotive components, such as lenses and electronics.
Business Opportunities and Market Potential:
In regions such as Latin America, Arab nations, and Africa, there is growing demand for industrial materials due to the expansion of industries like electronics manufacturing, automotive, mining, and construction. These markets, especially in emerging economies, require advanced materials for precision tooling and high-performance electronics manufacturing.
Potential Resources/Conditions for Agents:
- Basic Infrastructure: An understanding of import/export regulations, as well as access to logistics for material distribution.
- Technical Know-How: Adequate knowledge of PCD applications or access to technical expertise to ensure proper customer support and education on product use.
- Customer Base: A well-established network in industrial manufacturing sectors, particularly in semiconductors, precision engineering, and ceramics.
Suggested Target Customers:
- Semiconductor manufacturers
- Optical and electronic component makers
- Precision engineering firms
- Aerospace and defense industries
Distributors should focus on positioning the PCD micro-powder as a critical solution for high-precision and high-performance industrial processes, offering customization to meet the specific needs of their markets.
