| Personnalisation: | Disponible |
|---|---|
| Service après-vente: | les ingénieurs peuvent être envoyés sur le chantier |
| Garantie: | 1 an |
Fournisseurs avec des licences commerciales vérifiées
Fournisseur Audité Audité par une agence d'inspection indépendante
Vacuum PVD Gold Plating Titanium Nitride Coating Equipment
PVD coatings provide a number of benefits to metal parts in addition to hardness and adhesion.
The most significant are as follows:
- Improved wear resistance
- Reduced friction
- Biocompatability
- Chemical barrier
- Decorative colors and aesthetic
PVD coatings such as TiN, ZrN, CrN, DLC has been deposited onto titanium and titanium alloy surface are some of the surface treatment methods that are been both research and commercially adapted to improve corrosion resistance in both highly acidic and basic environment. In the recent academic research, Niobium/Niobium-Titanium based nitride coating deposition on titanium for corrosion protection of dental implants has shown to be a promising technique.
The protective property increases as varying parameters of the Argon plasma during conventional sputtering deposition which in turn improves intermediate bonding layers and the coating structural interfaces. However this method compromised deposition rate which is an essential design criteria within a commercial setting. Arc Deposition on the other hand as the research shown is capable of much higher deposition rate in addition to the favorable deposition.
The main usage filed for vacuum ion plating:
1. Ion deposition
2. Magnetron sputtering
3. Arc evaporation and ionization
4. Special usage in related field
Primary Competitive Advantages:
Well and High Quality Control
Prompt Delivery
Competitive Prices
In a Variety of Designs
OEM Accepted
ARC series, based on the arc deposition technology, are the most suitable coating system for producing PVD hard coatings on metal tools, molds and dies, etc.
| Model | ARC series |
| Vacuum Chamber | SUS304, φ600mm-1200×600-1200mm (H) |
| Substrate Dome Size | Depends on the customer's needs |
| Substrate Dome Rotation Speed | 10 rpm to 50 rpm (Variable) |
| Arc Evaporation Source | From 2 to 16 sets |
| Vacuum System | Roughing Pump, Diffusion Pumps or Turbo Molecular Pump + Mechanical pumps |
| Ultimate Pressure | 5.0×10-4 Pa or lower |
| Pump Down Rate | 25 minutes (Atm. to 5.0×10-3 Pa) |
| Substrate Heater | 550 (max.) |
| Layout Dimensions | 5000mm (W)×6500mm (D)×3500mm (H) approx. |
| Power Requirements | 3-phase, 380V, 50/60Hz, 100-180kVA approx. |
| Cooling Water Flow Rate | 140/min. or greater |
| Compressed Air Pressure | 0.5MPa or higher |
| Gross Weight | 8500kg approx. |
1. The inner packing is protective plastic film to protect the PVD machine from moisture and rain.
2. The out packing is plywood plate with steel to keep the PVD machine in good condition during the long distance transportation.
After the customer tested the PVD coating machine and make sure the machine is no problem, we will take the machine apart. The solid packing can make sure you will receive a machine without any destroy.
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