Ultra-Hard Diamond Materials – WOBO Scientific Research New Materials One-Stop Service Platform https://www.hi-tech-materials.com/zh Tue, 20 May 2025 05:46:58 +0000 zh-Hans hourly 1 https://wordpress.org/?v=6.9.4 https://www.hi-tech-materials.com/wp-content/uploads/2025/05/cropped-微信图片_20240923152541-32x32.png Ultra-Hard Diamond Materials – WOBO Scientific Research New Materials One-Stop Service Platform https://www.hi-tech-materials.com/zh 32 32 Self-Sharpening Diamond Series https://www.hi-tech-materials.com/zh/product/self-sharpening-diamond-series https://www.hi-tech-materials.com/zh/product/self-sharpening-diamond-series#respond Mon, 28 Apr 2025 09:04:08 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3782
Self-sharpening diamond series is an advanced synthetic diamond material engineered for continuous cutting efficiency, extended durability, and superior wear resistance. Designed with an optimized microstructure, these diamonds exhibit controlled fracturing properties that allow for automatic sharpening during use, ensuring consistently high performance in precision machining, grinding, and high-speed cutting applications. Widely used in aerospace components, automotive tooling, semiconductor manufacturing, and heavy-duty industrial processes, self-sharpening diamond materials enhance productivity and minimize tool wear over time.
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The Self-Sharpening Diamond Series utilizes boron-doped polycrystalline diamond abrasives, primarily used in resin bond diamond wheels. The diamond particles in this series have irregular shapes and rough concave surfaces, allowing them to maintain continuous self-sharpening during the grinding process. This results in high grinding efficiency, long service life, and excellent surface finish. Under grinding force, the diamond particles easily fracture along subgrain boundaries to form sharp cutting edges, which not only increase the abrasive utilization but also improve the workpiece surface quality.

Features

  • Self-Sharpening: During the grinding process, diamond particles continuously form sharp cutting edges, maintaining high grinding efficiency.
  • High Surface Finish: Uniform brittleness ensures no scratches or burn marks on the processed surface, resulting in excellent surface quality.
  • Long Service Life: The rough surface and concave angles increase the bond strength and service life of the abrasive.
  • Low Internal Stress: The even distribution of stress on the processed workpiece surface greatly enhances its service life.
  • High Grinding Efficiency: Provides high grinding performance and low grinding resistance, making it suitable for hard material processing.

Applications

  • Hard Alloy Processing: Used for cutting, grinding tools, and wire-drawing dies.
  • Ceramic Material Grinding: Suitable for precision grinding of silicon nitride, porcelain, alumina, silicon carbide, glass, and other ceramic materials.
  • High-Precision Grinding: Exhibits extremely high grinding efficiency and precision in applications with high wheel life and profile retention requirements.
  • Heavy-Duty Grinding: Ideal for heavy-duty grinding of materials like stone, granite, ceramic tiles, marble, and glass.
  • Resin Bond Diamond Wheels: Widely used in various dry and wet grinding fields, providing sustained high-efficiency grinding.

 

]]> https://www.hi-tech-materials.com/zh/product/self-sharpening-diamond-series/feed 0 Cubic Boron Nitride Micro Powder https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-micro-powder https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-micro-powder#respond Mon, 28 Apr 2025 09:02:43 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3780
Cubic Boron Nitride (CBN) micro powder is a high-performance synthetic abrasive material designed for precision grinding, polishing, and industrial machining applications. With exceptional hardness, thermal stability, and wear resistance, CBN micro powder provides superior cutting efficiency and extended tool lifespan. Manufactured through controlled crystallization processes, this material ensures consistent particle size distribution and optimized performance in demanding environments such as aerospace, automotive, and semiconductor industries.
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Cubic Boron Nitride (CBN) Micro Powder is made from the high toughness and high thermal stability CBN-B2000 material, with a light amber or dark gray color and regular block-shaped crystals. It excels in resin bond polishing and grinding applications and is widely used in grinding and polishing fields requiring high-temperature and high-strength materials.

Features

  • High Toughness and Thermal Stability: This micro powder possesses excellent toughness and outstanding thermal stability, allowing it to perform excellently in high-temperature environments.
  • Regular Crystal Structure: The regular block-shaped crystals provide excellent cutting power and uniform grinding performance during the grinding process.
  • Wide Range of Polishing and Grinding Applications: It offers efficient polishing and grinding effects for resin bond systems, ensuring long service life and high efficiency.
  • Light Amber Color: The attractive light amber color makes it ideal for high-end and precision machining applications.

Applications

  • Resin Bond Polishing and Grinding: Widely used in the polishing and grinding processes of resin bond systems, particularly for high-precision and demanding applications.
  • Precision Grinding and Polishing: Suitable for various precision grinding, polishing, and super-polishing fields.
  • Grinding Wheel and Polishing Paste Manufacturing: A key material for the production of efficient grinding wheels and polishing pastes.
  • Loose Abrasive: Ideal as loose abrasive for grinding and surface treatment of various high-end materials.

 

]]> https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-micro-powder/feed 0 Polycrystalline Diamond Micro Powder https://www.hi-tech-materials.com/zh/product/polycrystalline-diamond-micro-powder https://www.hi-tech-materials.com/zh/product/polycrystalline-diamond-micro-powder#respond Mon, 28 Apr 2025 09:01:26 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3778
Polycrystalline diamond micro powder is a high-performance synthetic diamond material engineered for precision grinding, polishing, and ultra-fine abrasive applications. Manufactured using high-pressure, high-temperature (HPHT) techniques, this micro powder features multi-crystalline structures that enhance cutting efficiency, durability, and impact resistance. Ideal for semiconductor wafer processing, optical lens polishing, ceramic finishing, and high-precision machining, polycrystalline diamond micro powder ensures consistent performance and extended tool life in demanding industrial environments.
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Polycrystalline Diamond Micro Powder features a brittle polycrystalline structure with a gray-white color. With strictly controlled particle size distribution, it is widely used for the fine grinding and polishing of glass and ceramics. Its excellent polishing performance and high efficiency make it the ideal choice for various grinding and polishing processes, especially in industries that require high precision.

Features

  • High Polishing Precision and Efficiency: Offers excellent polishing precision and efficient polishing capabilities, achieving the desired surface finish quickly.
  • Brittle Polycrystalline Structure: The unique polycrystalline structure provides excellent cutting ability and high abrasive utilization.
  • Good Glass and Ceramic Processing Performance: Performs exceptionally well in grinding and polishing glass and ceramics.
  • Economical Choice: Suitable for applications requiring high polishing results but with cost considerations.

Applications

  • Glass Processing: Used for precise polishing and grinding of glass, improving surface smoothness.
  • Ceramic Processing: Ideal for ceramic surface treatment, providing high-gloss polishing results.
  • Precision Grinding and Polishing: Widely used in various precision grinding and polishing processes, including the production of grinding wheels, pastes, and abrasives.
  • Super Polishing: Suitable for high-demand super polishing applications, particularly in high-precision equipment fields.

 

]]> https://www.hi-tech-materials.com/zh/product/polycrystalline-diamond-micro-powder/feed 0 Single Crystal Diamond Micro Powder https://www.hi-tech-materials.com/zh/product/single-crystal-diamond-micro-powder https://www.hi-tech-materials.com/zh/product/single-crystal-diamond-micro-powder#respond Mon, 28 Apr 2025 08:58:13 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3776
Single crystal diamond micro powder is a high-purity synthetic diamond material engineered for applications requiring ultra-fine abrasives, precision polishing, and extreme hardness. Manufactured through controlled crystallization and micronization processes, this powder features uniform particle size, superior thermal conductivity, and outstanding wear resistance. It is widely used in semiconductor wafer polishing, optical lens finishing, ceramic processing, and high-precision machining, ensuring exceptional surface quality and durability in demanding industrial applications.
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This Single Crystal Diamond Micro Powder is made from high-purity single crystal diamonds processed into fine particles. It offers high toughness, making it especially suitable for the processing of non-metallic materials such as stones and gemstones. The particle size distribution is carefully controlled to ensure excellent performance in grinding and polishing materials like silicon wafers, glass, and ceramics.

Features

  • High Polishing Finish: The micro powder provides superior polishing performance, achieving a high-gloss finish on surfaces.
  • High Polishing Efficiency: Exhibits excellent efficiency during polishing, saving both time and cost.
  • Good Toughness: Its higher toughness ensures stability during grinding and polishing processes.
  • Strict Particle Size Control: The precise particle size distribution makes it ideal for delicate grinding and polishing applications, particularly in precision industries.

Applications

  • Stone Processing: Used for fine grinding and polishing of stone materials, enhancing their gloss.
  • Gemstone Processing: Suitable for polishing and fine processing of gemstones.
  • Non-Metallic Material Processing: Particularly suitable for grinding and polishing materials like silicon wafers, glass, and ceramics, ensuring smooth and flawless surfaces.
  • Super Polishing Applications: Widely used in high-demand super polishing fields, such as the polishing of precision equipment and optical components.
]]> https://www.hi-tech-materials.com/zh/product/single-crystal-diamond-micro-powder/feed 0 PCD Diamond Blanks https://www.hi-tech-materials.com/zh/product/pcd-diamond-blanks https://www.hi-tech-materials.com/zh/product/pcd-diamond-blanks#respond Mon, 28 Apr 2025 08:53:22 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3774
PCD diamond blanks are high-performance polycrystalline diamond (PCD) materials designed for industrial applications requiring exceptional hardness, wear resistance, and precision cutting capabilities. Manufactured through high-pressure, high-temperature (HPHT) sintering processes, these blanks exhibit uniform grain structures, superior edge retention, and optimized toughness. Widely used in precision machining, aerospace components, automotive tooling, and metalworking, PCD diamond blanks ensure extended tool life and enhanced operational stability in demanding environments.
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PCD (Polycrystalline Diamond) composite blanks are manufactured using advanced technology, offering excellent microstructure control and reduced internal impurities, ensuring high quality and stability. These blanks effectively balance toughness and wear resistance during use, providing exceptional performance in a wide range of precision machining applications.

Features

  • Excellent Surface Processing Capability: PCD composite blanks provide outstanding surface finish, especially in complex tool machining.
  • Exceptional Wear Resistance: High diamond content gives the blanks strong wear resistance, making them suitable for high-load and high-wear tasks.
  • Good Toughness and Impact Resistance: Balances toughness and wear resistance, ensuring stable performance in high-intensity applications.
  • Thermal Stability: Excellent thermal stability, capable of handling high-temperature processing requirements.

Applications

  • Metal Machining: Ideal for precision machining of metals such as aluminum, aluminum alloys, copper, copper alloys, and bronze, especially in high-speed cutting operations.
  • Non-Metal Material Machining: Widely used for precision machining of non-metal materials like plastics, carbon fiber composites, circuit boards, and graphite.
  • High-Wear Cutting: Suitable for cutting tasks requiring high wear resistance, such as grooving, slotting, and drilling hard alloys.
  • Woodworking and Ceramic Machining: Provides excellent edge strength and stability for machining wood and ceramic products.
  • High-Speed Automated Machining Equipment: Designed for high-speed automated machining equipment, offering consistent surface quality.

 

]]> https://www.hi-tech-materials.com/zh/product/pcd-diamond-blanks/feed 0 PCBN Diamond Blanks https://www.hi-tech-materials.com/zh/product/pcbn-diamond-blanks https://www.hi-tech-materials.com/zh/product/pcbn-diamond-blanks#respond Mon, 28 Apr 2025 08:51:57 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3772
PCBN diamond blanks are high-performance polycrystalline cubic boron nitride (PCBN) materials engineered for precision cutting, grinding, and machining applications requiring extreme hardness, thermal stability, and wear resistance. Designed for heavy-duty industrial tooling, these blanks exhibit superior durability and oxidation resistance, making them ideal for high-speed machining in aerospace, automotive, metalworking, and semiconductor industries. With an optimized microstructure, PCBN diamond blanks ensure extended tool lifespan and reliable performance under demanding operational conditions.
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Polycrystalline cubic boron nitride (PCBN) composite blanks are made from high-quality cubic boron nitride (CBN) micron powder combined with a special ceramic bonding system. Through careful design and processing, these blanks offer outstanding wear resistance, thermal stability, and chemical stability. They are widely used in high-performance cutting tools, especially for machining hard and complex materials, offering superior machining accuracy and tool life.

Features

  • Exceptional Wear Resistance: High-purity cubic boron nitride gives PCBN excellent wear resistance, making it ideal for demanding cutting environments.
  • Thermal and Chemical Stability: PCBN maintains excellent thermal stability under high temperatures, suitable for high-temperature machining, and offers strong chemical stability.
  • High Impact Resistance: PCBN materials have strong impact resistance, ensuring stable performance even under high-load conditions.
  • High CBN Content: With a high content of cubic boron nitride, PCBN is particularly effective for machining hard materials like cast iron.
  • Uniform Microstructure: The precise microstructure design ensures consistent performance during cutting, extending tool life.

Applications

  • Cast Iron Machining: PCBN is particularly effective for machining cast iron, ductile iron, and other hard materials, especially in high-speed machining of gray cast iron.
  • Tool Manufacturing: Widely used in manufacturing various cutting tools, including components with high wear resistance requirements, such as engine parts and cylinder heads.
  • Powder Metallurgy and Metal Machining: Suitable for precision machining of hard materials such as powder metallurgy, hardened steels, tool steels, mold steels, and bearing steels.
  • Complex Material Machining: Can be used to machine high-hardness alloys, cobalt-nickel-based alloys, and other special materials, offering high toughness and extended tool life.
]]> https://www.hi-tech-materials.com/zh/product/pcbn-diamond-blanks/feed 0 CVD Diamond Blanks https://www.hi-tech-materials.com/zh/product/cvd-diamond-blanks https://www.hi-tech-materials.com/zh/product/cvd-diamond-blanks#respond Mon, 28 Apr 2025 08:50:00 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3770
CVD diamond blanks are high-performance synthetic diamond substrates produced using chemical vapor deposition (CVD) technology. These blanks feature exceptional hardness, superior thermal conductivity, and outstanding wear resistance, making them ideal for precision machining, industrial cutting tools, optical applications, and semiconductor processing. With a controlled crystalline structure, CVD diamond blanks ensure extended tool lifespan, optimized performance, and reliability in demanding industrial environments.
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CVD (Chemical Vapor Deposition) diamond blanks are produced using a chemical vapor deposition process. These diamond blanks contain no metallic catalysts, giving them thermal stability similar to natural diamonds. Like high-temperature, high-pressure synthetic polycrystalline diamonds, CVD diamond has an unordered crystal structure without brittle cleavage planes, making it isotropic. CVD diamonds are widely used in cutting tools, offering exceptional performance.

Features

  • Extremely High Hardness and Wear Resistance: Diamond tools have exceptional hardness, providing long-lasting performance in high-wear environments.
  • Low Friction Coefficient: The low friction coefficient reduces wear, improving processing efficiency.
  • High Elastic Modulus and Thermal Conductivity: CVD diamond blanks offer excellent elasticity and heat conductivity, ensuring stability and efficient heat management during processing.
  • Low Thermal Expansion Coefficient: The low thermal expansion coefficient allows diamond tools to maintain stability under temperature fluctuations.
  • Low Affinity for Non-Ferrous Metals: This property makes CVD diamond tools ideal for machining non-ferrous metals.

Applications

  • Hard and Brittle Non-Metallic Materials: Used for precision machining of materials like graphite, composites, and other hard, brittle substances.
  • High Wear-Resistant Materials: Suitable for precision machining of highly wear-resistant materials, such as high-silicon aluminum alloys.
  • Tough Non-Ferrous Metals: Can be used to machine tougher non-ferrous metals.
  • Cutting Tools: Widely used in various diamond cutting tools, meeting different processing needs, with significant structural variations and wide application ranges.
]]> https://www.hi-tech-materials.com/zh/product/cvd-diamond-blanks/feed 0 Cubic Boron Nitride (CBN) Series https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-cbn-series https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-cbn-series#respond Mon, 28 Apr 2025 08:48:02 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3766
Cubic Boron Nitride (CBN) series is a high-performance industrial abrasive material engineered for extreme hardness, wear resistance, and thermal stability. Designed for precision grinding, cutting, and machining applications, CBN exhibits superior durability and oxidation resistance compared to traditional abrasives. With optimized crystalline structure and advanced bonding compatibility, the CBN series ensures extended tool lifespan and enhanced efficiency in aerospace, automotive, and metalworking industries.
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Cubic Boron Nitride (CBN) is an ultra-hard abrasive with hardness second only to diamond and superior thermal stability compared to diamond. The hardness and chemical stability of CBN make it particularly suitable for grinding iron alloys, tool steels, cast irons, and other materials. It offers outstanding grinding performance, significantly improving productivity and surface quality of workpieces. CBN grinding tools excel in processing hard-to-grind materials and enhance overall machining efficiency and workpiece surface finish.

Features

  • High Hardness and Thermal Stability: CBN is almost as hard as diamond and has better thermal stability than diamond.
  • Chemical Inertness: It is chemically stable, especially with ferrous metals, and does not react with iron group elements.
  • Outstanding Grinding Performance: Ideal for processing difficult-to-machine materials, increasing production efficiency and grinding quality.
  • Excellent Wear Resistance: Grinding tools made from CBN last longer and maintain high grinding efficiency.

Applications

  • Alloy Steel Processing: Suitable for grinding alloy steels, tool steels, superalloys, stainless steels, and other materials with hardness above 50 HRC.
  • Cast Iron Grinding: Used for efficient grinding of cast iron and its alloys, enhancing grinding efficiency.
  • Aerospace Materials Processing: CBN abrasives are perfect for grinding in high-temperature environments, particularly in the aerospace industry.
  • Resin and Electroplated Bond Systems: Demonstrates excellent performance in resin, ceramic, and metal bonding systems, ideal for grinding various hard materials.
  • High-Temperature Ceramic Bond Systems: Perfect for efficient grinding applications in high-temperature ceramic bond systems.
  • Heavy-Duty Grinding: Suitable for heavy-duty grinding applications, offering ultra-long service life and exceptional grinding performance.

 

]]> https://www.hi-tech-materials.com/zh/product/cubic-boron-nitride-cbn-series/feed 0 Talc Synthetic Blocks https://www.hi-tech-materials.com/zh/product/talc-synthetic-blocks https://www.hi-tech-materials.com/zh/product/talc-synthetic-blocks#respond Mon, 28 Apr 2025 08:41:32 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3763
Talc synthetic blocks are high-performance engineered materials designed for industrial applications requiring superior thermal resistance, lubricating properties, and structural stability. Manufactured through advanced processing techniques, these blocks exhibit uniform composition, optimized hardness, and enhanced machinability. They are widely used in precision tooling, aerospace components, ceramics manufacturing, and polymer reinforcement, ensuring consistent functionality in demanding environments.
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Talc synthetic blocks are a highly stable material with excellent pressure transmission and sealing properties. They offer superior fluidity, making them ideal for high-pressure synthesis environments. These blocks are commonly used in the production of high-performance materials such as synthetic diamonds, cubic boron nitride single crystals, polycrystalline and composite materials, especially in six-sided press machines.

Features

  • High Stability: Talc synthetic blocks maintain excellent stability under high-pressure conditions, making them suitable for high-temperature and high-pressure synthesis processes.
  • Good Pressure Transmission: They effectively transmit pressure evenly, enhancing the synthesis process and the quality of the materials produced.
  • Excellent Sealing Properties: The blocks provide effective sealing, ensuring controlled gas and heat conditions during the synthesis process.
  • Outstanding Fluidity: With excellent fluidity, these blocks help achieve uniform material distribution during synthesis.

Applications

  • Diamond and Cubic Boron Nitride Synthesis: Used in six-sided press machines for synthesizing diamonds, cubic boron nitride single crystals, polycrystalline, and composite materials.
  • High-Pressure Synthesis: Widely used in the synthesis of diamonds, boron nitride, and other high-performance materials under high pressure.
  • High-Temperature and High-Pressure Experiments: Suitable for high-temperature, high-pressure experimental equipment, particularly in material research and new material development.
]]> https://www.hi-tech-materials.com/zh/product/talc-synthetic-blocks/feed 0 Graphite Pillar / Granulation Mixing Powder https://www.hi-tech-materials.com/zh/product/graphite-pillar-granulation-mixing-powder https://www.hi-tech-materials.com/zh/product/graphite-pillar-granulation-mixing-powder#respond Mon, 28 Apr 2025 08:40:14 +0000 https://www.hi-tech-materials.com/?post_type=product&p=3761
Graphite pillar / granulation mixing powder is a high-performance engineered material designed for industrial applications requiring superior thermal conductivity, lubrication, and structural integrity. Manufactured through advanced granulation techniques, this powder exhibits uniform particle distribution, optimized compressibility, and enhanced bonding strength. It is widely used in precision metallurgy, battery electrodes, high-temperature processing, and lubrication systems, ensuring reliability and efficiency in demanding environments.
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Graphite pillar / granulation mixing powder is used in the production of high-quality synthetic diamonds. It has a golden color and high transparency, offering excellent visual appeal. This mixing powder features a high conversion rate and a well-defined particle size distribution, with the main sizes concentrated in 35/40, 40/45, and 45/50 mesh. It contains a high proportion of high-grade material, making it ideal for meeting current market demands.

Features

  • High Conversion Rate: This mixing powder has a high conversion rate, ensuring more efficient diamond production.
  • Well-Defined Particle Size: The particle size distribution is concentrated in the ranges of 35/40, 40/45, and 45/50, meeting the market’s need for uniform grain sizes.
  • Excellent Visual Appeal: The resulting diamonds have a golden color and high transparency, providing superior visual effects.
  • High Proportion of High-Grade Material: The product has a high proportion of high-quality material, ensuring the production of premium diamonds.

Applications

  • Synthetic Diamond Production: Primarily used in the production of high-quality synthetic diamonds, widely used in the jewelry industry, cutting tools, and abrasives.
  • Abrasive Manufacturing: Used to manufacture efficient abrasives, suitable for metalworking, precision grinding, and other applications.
  • Precision Cutting: Ideal for cutting hard materials, especially effective in machining high-hardness materials.
  • Optical Materials Manufacturing: Due to its high transparency and color, this powder is suitable for the production of high-end optical products.
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