Hans Detonation Nano-Diamond (DND), also known as Ultra-Fine Diamond (UFD), is a unique product that is produced through the dissociative carbon in high-pressure and temperature during detonation by Oxygen-Negative Explosive. Unlike the synthesized diamond, DND has a spherical shape without any sharp edges, and its micro-crystal size ranges between 4-7nm.
The dissociative carbon in high-pressure and temperature during detonation by Oxygen-Negative Explosive is the key factor that makes Hans Detonation Nano-Diamond (DND) stand out from other diamonds. The dissociative carbon is made up of ultra-fine particles that are spherical in shape and do not have any sharp edges. This unique shape makes it an ideal product for various industrial applications.
Hans Detonation Nano-Diamond (DND) has a micro-crystal size of about 4-7nm, which is much smaller than the synthesized diamond. This small size makes it an excellent product for use in a wide range of applications, including polishing, cutting, and grinding. The small size of the micro-crystals ensures that the product can be used in the most delicate applications, such as polishing lenses and other optical components.
The unique shape and small size of Hans Detonation Nano-Diamond (DND) make it an excellent product for use in the electronics industry. The product can be used in the production of semiconductors, where its small size and unique shape make it an ideal product for use in the most delicate applications. Additionally, the product can be used in the production of computer hard drives, where its small size ensures that it can be used in the most compact spaces.

1. Spherical Shape without Sharp Edges:

   • Unlike synthesized diamonds, DND has a spherical shape without sharp edges, making it safer for various applications.

2. Micro-Crystal Size (4-7nm):

   • The dissociative carbon in high-pressure and temperature conditions results in ultra-fine particles with a micro-crystal size ranging between 4-7nm.

3. High Purity:

   • The product exhibits high purity, with metal impurity levels below 10PPM.

4. High Specific Surface Area:

   • Boasts a high specific surface area ranging from 300-420 m²/g, contributing to its excellent properties.

5. Good Dispersion Stability:

   • Provides good dispersion stability, ensuring uniform distribution in various applications.

6. Superior Polishing Result:

   • Delivers an excellent super-fine polishing result, achieving surface roughness below 0.2nm.

7. Outstanding Properties:

   • Exhibits outstanding wear resistance, corrosion-resistance, thermal conductivity, and wave-transmitting properties.

Applications:

1. Electronics Industry:

   • Ideal for the production of semiconductors due to its small size and unique shape, suitable for delicate applications.

2. Hard Disk Production:

   • Used in the production of computer hard drives where its small size is advantageous for compact spaces.

3. Lubricant Additives:

   • Applied as a supplement in lubricants to enhance their properties.

4. Composite Materials:

   • Used as a supplement for composite materials to improve their overall performance.

5. Electroplated Coating:

   • Utilized in electroplated coatings for enhanced properties.