Titanium Ti Coated Synthetic Diamond Powder
1. Coated Diamond Introduction
The coated diamond, can strong the metallurgical adhesion between Ti and matrix, improves the mechanical attachment of the diamond to the bond matrix. The plating can isolate the diamond from oxygen to prevent the diamond being oxidized due to the high temperature, which can improve the mechanical retention characteristics of diamond, and improve the heat dissipation and polishing life.
2. The Feature of Ti Coated Diamond
3. Ti Coated Diamond Size
Our saw grit diamond, mesh size diamond, crush diamond, micron diamond most of the grade and size can be coated.
| SND-G05 | 50/60-325/400 | Light green color, irregular shape with lower toughness. Widely used for processing stones, concretes, ceramics, etc. |
| SND-G10 | 30/35-325/400 | Yellow color, irregular shape with a standard hardness, Applied in ceramic bonded, resin bonded and all kinds of electroplating products, for processing stones, hard alloy, magnetic materials, natural diamond, gem. |
| SND-G15 | 30/35-325/400 | Yellow color, high hardness and toughness. Applied in ceramic bond,resin bond and all kinds of electroplating products, can be used for heavy duty processing on carbide, glass, ceramics, stone and other non-metallic materials. |
| SND-G20 | 80/100-325/400 | Mix of regular and angular crystals, medium-low toughness with blocky shaped crystals. It is suitable for the application of high efficiency diamond tools. |
| SND-G30 | 80/100-325/400 | Medium touhness with a better diamond shpe. Suitable for the diamond tools of beveling glass or crystal, grinding of carbide and magnetic materials, etc. |
| SND-G40 | 80/100-325/400 | Medium high toughness with regular shape, good high thermal stability and impact resistance. Applied to make grinding & abrasives wheels to process medium load materials, like core drilling of glass, pencil edging, and engraving decorative glass and crystal. |
| SND-G60 | 80/100-325/400 | Certain of cubooctahedral shape, high impact strength and thermal stability. Applied in the condition requiring high grinding rate, like electroplated tools to grind and polish stones, ceramics, glasses, and magnetic materials, etc. |
| 20/25-70/80 | Low toughness, comparatively regular shape, low transparency, low impact resistance and low thermal stability. Applied for making the diamond cutting and grinding tools with medium-low load. | |
| SND830 | 20/25-70/80 | Low to Medium toughness, semi-blocky shape, low to medium transparency and impact resistance, low thermal stability. Applied for making diamond blade or girnding wheels for general application. |
| SND840 | 20/25-70/80 | Complete shape of cubo-octahedron, medium toughness and good wear resistance. Applied for making most of the medium quality diamond blade, core bits, electroplate diamond tools for stone and concrete. |
| SND860 | 20/25-70/80 | Medium to high toughness, Blocky crystal shape, medium to high transparency and impact resistance, with relatively high thermal stability. Applied for diamond sawing tools and geological tools. |
| SND870 | 30/35-70/80 | High toughness and stable thermal stability, applied for the heavy impact loading diamond cutting, diamond coring, diamond wiring on the hard concrete and stone |
| SND880 | 20/25-70/80 | High toughness, complete shape with straight crystal edges, good color and transparency, high toughness and thermal stability. Application of diamond cutting, drilling and grinding on hard material. |
| SND890 | 20/25-45/50 | Regular shape with the great thermal stability. Applied for making the high quality pro blades, core drill bits and diamond wires. |
4. Other Metal Coating Technology
Bond Type | Recommended Coating |
Metal Bond | Titanium, Tungsten, Molybdenum, Chromium, Zirconium |
Resin bond | Nickel, Copper, Aluminum, Iron-Nickel Alloy, Cu-Tin Alloy |
Vitrified bond | Tungsten Carbide, Titanium Carbide, Carbon-Titanium Nitride, Aluminum Titanium Nitride. |