CVD DC Nano Diamond Coated Wire Drawing Die
The ultra-smooth layer of diamond on a tungsten carbide die ensures the smoothest wire surface that is possible today. The CVD DC Nano diamond coated die is the perfect combination of large-size availability of tungsten carbide and the ideal surface properties of randomly oriented synthetic diamond.
CVD DC Nano Diamond Coated Wire Drawing Dies
CVD diamond is Chemical Vapor Deposition polycrystalline diamond material.
CVD diamond is manufactured by means of a diamond synthesis technology in which a low pressure reactor is used to combine a thermal or plasma activating agent with a gas-phase carbon to produce a chemical reaction which results in polycrystalline.
Benefits
Improved diameter stability
High machine uptime
Reduced energy consumption
Excellent wire surface
Maintenance-free (no recuts, easy handling)
Exceptional durability
Low friction coefficient
High diameter accuracy
Available even for large diameters
Maintenance and cost
Diamond coated dies do not need to be recut and are simply discarded after use, reducing logistics and stock-keeping costs; additional savings are provided by not having to return the product for refurbishing.
The ultra-smooth layer of diamond on a tungsten carbide die ensures the smoothest wire surface that is possible today. The diamond coated die is the perfect combination of large-size availability of tungsten carbide and the ideal surface properties of randomly oriented synthetic diamond.
Cost differences vs. TC dies are quickly offset due to lowered running costs (lowered cost of ownership), you will start saving money from the start!
Features
Vickers hardness 8000-10000 kg/mm2
Thermal Stability: ~1200°C
Density:3.51g/cm3
Young’s modulus:1000-1100Gpa
Thermal conductivity: >8W/cm. K
Chemical stability: insoluble in alkali and acid
Friction coefficient(contrary to the steel):<0.1
non-oriented
Hole size range
Semifinished:From 0.010mm to 0.800mm
Finished:From 0.020mm to 1.200mm
Applications
hard metal fine wire e.g. tungsten, molybdenum & stainless steel.
| PRODUCT NO. | PRODUCT NO. | SIZE(mm) | SIZE(mm) |
|---|---|---|---|
| CVD Series | ADDMA | D | t |
| CVD-H/R1210 | 1.2 | 0.8 | |
| CVD-H/R1510 | 1.5 | 0.8 | |
| CVD-H/R1512 | 1.8 | 0.8 | |
| CVD-H/R1515 | 2.0 | 0.8 | |
| CVD-H/R2010 | 2.0 | 1.0 | |
| CVD-H/R2510 | D6 | 2.5 | 1.0 |
| CVD-H/R2512 | 2.5 | 1.2 | |
| CVD-H/R3010 | 3.0 | 1.0 | |
| CVD-H/R3215 | D12 | 3.2 | 1.5 |
| CVD-H/R3218 | 3.2 | 1.8 | |
| CVD-H/R4020 | 4.0 | 2. |
VNT NCDC Nano Diamond Coating Wire Drawing Dies
The ultra-smooth layer of diamond on a tungsten carbide die ensures the smoothest wire surface that is possible today. The VNT NCDC Nano diamond coated wire drawing dies are perfect combination of large-size availability of tungsten carbide and the ideal surface properties of randomly oriented synthetic diamond.
VNT NCDC Nano Diamond Coating Wire Drawing Dies
VNT NCDC Nano diamond is Chemical Vapor Deposition polycrystalline diamond material and manufactured by means of a diamond synthesis technology in which a low pressure reactor is used to combine a thermal or plasma activating agent with a gas-phase carbon to produce a chemical reaction which results in polycrystalline
Hole size range
Semifinished:From 0.010mm to 0.800mm
Finished:From 0.020mm to 1.200mm
Applications
hard metal fine wire e.g. tungsten, molybdenum & stainless steel.
Maintenance-free (no recuts, easy handling)
Exceptional durability
Low friction coefficient
High diameter accuracy
Available even for large diameters
Benefits
Improved diameter stability
High machine uptime
Reduced energy consumption
Excellent wire surface
Maintenance and cost
Diamond coated dies do not need to be recut and are simply discarded after use, reducing logistics and stock-keeping costs; additional savings are provided by not having to return the product for refurbishing.
The ultra-smooth layer of diamond on a tungsten carbide die ensures the smoothest wire surface that is possible today. The diamond coated die is the perfect combination of large-size availability of tungsten carbide and the ideal surface properties of randomly oriented synthetic diamond.
Cost differences vs. TC dies are quickly offset due to lowered running costs (lowered cost of ownership), you will start saving money from the start!
Features
Vickers hardness 8000-10000 kg/mm2
Thermal Stability: ~1200°C
Density:3.51g/cm3
Young’s modulus:1000-1100Gpa
Thermal conductivity: >8W/cm. K
Chemical stability: insoluble in alkali and acid
Friction coefficient(contrary to the steel):<0.1
non-oriented