河南省豫星炭材 List of Products and Services

Features: Made from ordinary diamond powder as the raw material, produced using traditional manufacturing processes, and in accordance with national standards. It has a regular crystal shape, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• Grindstone

Product applications: Suitable for cutting, drilling, grinding tools, exothermic products, and more.

• cutter

With cutting-edge production technology and internationally-level quality inspection machinery, we produce 30 million carats of excellent quality diamonds annually. The products of Henan Yuxing Carbon Material Co., Ltd. are utilized in various industrial fields. For example, they are used for grinding (diamond cutters) and polishing of high-hardness materials and difficult-to-machine materials such as liquid diamonds, diamond abrasives, electronic materials, cemented carbide, ceramic-aluminum alloys, and glass, as well as for cutting tools, woodworking, and other all-around processing applications.

• others

Features: Made from high-quality diamonds, it has moderate high strength and brittleness. Suitable for processing and polishing ceramics, glass, and hard materials. Applications: Ideal for vitrified bond and resin bond diamond grinding wheels. Grain size range: 0-0.05μm - 50μm.

• Grindstone

Features: Made from ordinary diamond powder as raw material, produced using traditional manufacturing processes, and in accordance with national standards. It has a regular crystal shape, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• Grindstone
• Wafer
• Other semiconductors

It is a deep yellow mesh diamond made from high-quality, high-strength diamonds as raw materials, featuring regular crystals and a rough surface.

• Grindstone

Regular crystals with a concentrated particle size distribution, spherical shape, and extremely few surface impurities possess strong grinding power, dispersibility, and wear resistance. They are suitable for processing, cutting, and lapping of organic and inorganic brittle materials. They can also be applied to diamond wires, diamond ropes, gemstone saws, semiconductor saws, and other high-tech materials such as single crystal silicon, diamond, sapphire, quartz, optical instruments, LED cold light, high-precision magnetic materials, and semiconductors for cutting, fine polishing, and lapping.

• others

Using ordinary diamond powder as the raw material, traditional production processes are employed, resulting in regular crystal shapes, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• others

Using high-intensity, high-purity, high-quality diamonds as raw materials, the product features regular crystal structures, a concentrated particle size distribution, extremely low surface impurities, and excellent thermal stability and wear resistance. After processing the powder's surface with specialized techniques and ensuring the stability of PCD, production takes place.

• others

Nanodiamonds are a type of nanodiamond powder that utilizes free carbon generated during the detonation of explosives, exhibiting high wear resistance, corrosion resistance, and thermal conductivity. The crystals are not sharp and are spherical in shape, with surfaces that possess oxygen and nitrogen functionalities. They are stable, contain low levels of impurities, and have excellent ultra-high strength, toughness, shape, and surface performance.

• others

It is a deep yellow mesh diamond made from high-intensity, high-quality diamonds as raw materials, featuring regular crystals and a rough surface.

• others

Using high-intensity, low-impurity diamond powder as raw material, we adopt a specialized production process for high-intensity diamond micron powder. The powder has high strength, strong cutting power, high wear resistance, high purity, regular crystals, extremely low surface impurities, strong grinding power, and good thermal stability.

• others

Features: Made with high-strength, high-quality diamond raw materials, exhibiting high crystallinity and uniform shape. It has high strength and excellent wear resistance. Applications: Metal bond. Recommended for electroplated tools. Grain size range: 50/60 mesh - 325/400 mesh.

• others

White, boron carbide, polycrystalline is fine. With precise control of shape and narrow particle size distribution, its toughness is higher than that of PDM. PDV is a good choice when high lifespan, wear efficiency, and surface precision are required.

• Diamond cutter

SSD is a diamond produced from a sub-crystalline structure of diamond inlaid with a diamond pattern. The crystals are irregular, lacking surface luster, and improve the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.

• others

It is made from high-quality diamonds and processed using a unique shaping technique. It has high strength and brittleness, making it suitable for processing and polishing ceramics, glass, and hard materials.

• others

This is a coating diamond micron powder that incorporates three types of chemical elements: nickel (Ni), titanium (Ti), and copper (Cu). It is plated with metal on the surfaces of diamond and CBN, effectively enhancing the holding power, providing good heat dissipation, preventing carbonization during high-speed cutting, alleviating thermal shock, and preventing oxidation and graphitization, resulting in a uniform and dense nickel layer formed on the surface of the diamond.

• others

Product Features: Made from high-quality, high-strength diamonds, it possesses strong grinding power, dispersibility, and wear resistance. Individual particles are primarily in a blocky shape.

• others

It is a deep yellow mesh diamond made from high-quality, high-strength diamonds as raw materials, featuring regular crystals and a rough surface.

• others

Using high-intensity, high-purity diamonds as raw materials, it has a regular crystal structure, a concentrated particle size distribution, extremely low surface impurities, and excellent thermal stability and wear resistance. After processing the surface of the powder with specialized techniques, production is carried out once the stability of the PCD is guaranteed.

• Diamond cutter

It is a yellow mesh diamond made from high-intensity, high-quality diamonds as raw materials, featuring irregular crystals and a rough surface.

• others

It is a regularly shaped crystal with a rough surface, a deep yellow diamond shaping material.

• others

Using ordinary diamond powder as raw material, we adopt traditional production processes and produce according to national standards, ensuring regular crystal shapes, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• others

It is single crystal crushed nano-diamond powder. It has high wear resistance, corrosion resistance, and thermal conductivity. The crystals are not sharp and are spherical in shape, with surfaces that have oxygen and nitrogen functionalities. It is a stable, high-purity nano-diamond powder with low impurity content, exhibiting ultra-high strength and toughness, as well as excellent shape and surface performance.

• Other abrasives

Many of the diamonds used for industrial purposes are synthetic diamonds that are artificially created under high temperature and high pressure. They are produced using traditional manufacturing processes and in accordance with national standards, featuring regular crystal shapes, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• Other cutting tools

With cutting-edge production technology and internationally-level quality inspection machinery, we produce 30 million carats of excellent quality diamonds annually. The products of Henan Yuxing Carbon Material Co., Ltd. are utilized in various industrial fields. For example, they are used for grinding (diamond cutters) and polishing of high-hardness materials and difficult-to-machine materials such as liquid diamonds, diamond abrasives, electronic materials, cemented carbides, ceramic-aluminum alloys, and glass, as well as for cutting tools, woodworking, and other all-around processing applications.

• others

With precise control of shape and narrow particle size distribution, it has higher toughness than PDM. It is white, bolock, and has a polycrystalline structure. PDV is a good choice when high lifespan, wear efficiency, and surface precision are required.

• others

White, bolock, polycrystalline structure. It has precise control over shape and a narrow particle size distribution, with toughness higher than PDM.

• Grindstone

Features: Regular crystals, rough surface, deep yellow color. Applications: Recommended for processing resin, ceramic bond tools, carbide, non-metals, etc.

• Other abrasives

Features: Irregular crystals, yellow. Uses: Used in resin, ceramics, and electroplated tools.

• Grindstone

1. Ultra high strength and toughness 2. The crystals are regular and contain extremely few impurities 3. Excellent shape and surface performance 4. Good grinding performance and wear resistance 5. D50 can be controlled according to customer requirements.

• Other abrasives

Product Features: Made from high-quality, high-strength diamonds, it possesses strong grinding power, dispersibility, and wear resistance. Each particle is blocky with extremely few impurities. Customization for diamond wire, such as coating and particle size distribution, is possible. Applications: Ideal for diamond wire, processing of single crystal silicon, sapphire, quartz, etc., and lapping.

• Grindstone

Using high-quality diamonds with high strength and purity as raw materials, the product features a regular crystal structure and concentrated particle size distribution, with extremely low surface impurities, good thermal stability, and wear resistance. After processing the powder surface with specialized techniques, PCD can be produced stably.

• Grindstone

Using ordinary diamond powder as raw material, we adopt traditional production processes and produce according to national standards. The crystals are regular, with few surface impurities, and have good compatibility with resin bonds and vitrified bonds.

• Grindstone

SSD is a diamond produced as a sub-crystalline structure with a diamond inlay. The crystals are irregular, the surface lacks luster, and it improves the tightness with the bond. Application: It is ideal for the production of ceramic band wheels.

• Other abrasives

1: It has excellent wear resistance, corrosion resistance, and thermal conductivity; 2: It has stable dispersibility; 3: It has high purity, with the content of main impurities below 30ppm; 4: It offers products with various dispersion particle sizes; 5: It has excellent wrapping performance, with a surface roughness of less than 0.8nm.

• Grindstone

CBN diamonds are manufactured using high-quality CBN single crystals as raw materials, subjected to rigorous shaping, polishing, sorting, and surface treatment. Compared to diamond powder, they possess higher thermal stability, toughness, and wear resistance, resulting in a longer lifespan.

• Other abrasives

CBN diamonds are manufactured using high-quality CBN single crystals as raw materials, subjected to strict shaping, polishing, sorting, and surface treatment. Compared to diamond powder, they possess higher thermal stability, toughness, and wear resistance, resulting in a longer lifespan. Single crystals with sharp edges are suitable for processing black metals.

• Other abrasives

White, bolock, polycrystalline structure. It has precisely controlled shape and narrow particle size distribution, with toughness higher than PDM.

• Grindstone

Features: Regular crystals, rough surface, deep yellow color. Applications: Recommended for processing resin, ceramic bond tools, carbide, non-metals, etc.

• Other abrasives

Using high-intensity, high-purity, high-quality diamonds as raw materials, the product features regular crystal structure and concentrated particle size distribution, with extremely low surface impurities, good thermal stability, and wear resistance. After processing the powder surface with specialized techniques, PCD can be produced stably.

• Grindstone

Features: Made from ordinary diamond powder as the raw material, produced using traditional manufacturing processes, and in accordance with national standards. It has a regular crystal shape, low impurity content, and a particle size distribution that complies with the national standard GB6966-1-86.

• Grindstone

This is micron diamond powder made from high-quality diamond powder as raw material, adhering to the national standard GB6966-1-86, featuring regular crystal shapes and low impurity content.

• Grindstone

Using exploded cluster diamonds as raw materials, we produce a strong grinding power powder with a high purity particle size distribution after purification. It is white, boron-doped, and consists of polycrystalline diamond micron powder.

• Grindstone

It is a deep yellow mesh diamond made from high-intensity, high-quality diamonds as raw materials, featuring regular crystals and a rough surface.

• Other abrasives