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Hondson VAC Plasma Coating Machine Titanium Nitride Coating Equipment PVD Multi-Arc Ion Plating System

Customization: Available
After-sales Service: Engineers Can Be Sent to The Worksite
Warranty: 1 Year

Product Description

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Basic Information

Type
Coating Production Line
Coating
Vacuum Coating
Substrate
Steel
Certification
CE
Condition
New
Key Selling Points
Long Service Life
Machinery Test
Provided
Equipment Name
Titanium Nitride Coating Equipment
Raw Material
Chrome, Titanium, Silver, etc
Coating Color
PVD Coating Colors
Film Type
Tin Tic Crn Zrn Ticn
Technology
Magnetron Sputtering + Arc Deposition
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Product Description

Plasma Coating Machine Titanium Nitride Coating Equipment PVD Multi-Arc Ion Plating System

Titanium Nitride Coating Equipment is a high-tech environmental friendly product for metal, glass and surface coating. After coating by this machine, workpieces' hardness, wear resistance, and resistance are significantly improved. Application industries include the watch industry (strap, case, dial), glass ceramics industry (glass tableware, ceramic crafts), hardware industry (sanitary ware, door knobs, locks), architecture industry (stainless steel plate, stair railings, columns), precision mold industry (standard punch mold, forming mold), tools industry (drill bits, carbide cutters, broaches, shaving heads), automotive industry (piston, piston rings, alloy wheels) as well as pens and glasses. The resulting film makes the product's surface more beautiful and durable.

Titanium Nitride Coating Equipment

ARC series, based on arc deposition technology, are the most suitable coating systems for producing PVD hard coatings on metal tools, molds, and dies.

Main Features

  • Chamber size: φ 600mm-φ1800mm (Customizable)
  • 3-point vacuum level measuring & 2-point temperature measuring
  • High power ion source for uniform, large-area ion deposition
  • Multi-arc sources for different metal and alloy layers
  • Fully automated process with auto-deposition control system
  • Selection of center-driving or planetary substrate dome
  • High vacuum pumping via Diffusion or Turbo Molecular pumps
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Technical Specifications

ModelARC series
Vacuum ChamberSUS304, φ600mm-1200×600-1200mm (H)
Substrate Dome SizeCustomized based on needs
Rotation Speed10 rpm to 50 rpm (Variable)
Arc Evaporation Source2 to 16 sets
Vacuum SystemRoughing Pump, Diffusion/Turbo Molecular + Mechanical pumps

Performance Data

Ultimate Pressure5.0×10-4 Pa or lower
Pump Down Rate25 minutes (Atm. to 5.0×10-3 Pa)
Substrate HeaterUp to 550°C (Max.)

Utility Requirements

Layout DimensionsApprox. 5000mm(W)×6500mm(D)×3500mm(H)
Power Requirements3-phase, 380V, 50/60Hz, 100-180kVA
Cooling Water Flow140 L/min or greater
Compressed Air0.5MPa or higher
Gross WeightApprox. 8500kg
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Applications & Gallery

PVD Coating Application
Coating Process Samples
Equipment Setup
Industrial Coating Machine

Selection Guide

In order to help you choose the best suitable PVD coating machine, please consider the following:

1. What is your product, and its maximum dimensions?
2. What is the material of your product and your desired daily production capacity?

Coating Solutions
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Frequently Asked Questions

What materials can be coated using this equipment?
The ARC series is designed for metal (like steel), glass, and ceramic surfaces. Common applications include stainless steel plates, carbide cutters, and ceramic crafts.
What are the benefits of Titanium Nitride (TiN) coating?
TiN coating significantly improves the surface hardness, wear resistance, and corrosion resistance of the workpieces while providing an attractive decorative finish.
Is the coating process automated?
Yes, the system features an auto-deposition control system for a fully automated process, ensuring consistency and efficiency in production.
Can the chamber size be customized?
Absolutely. While standard sizes range from φ600mm to φ1800mm, we can customize the vacuum chamber dimensions based on your specific product size and throughput requirements.
What kind of vacuum levels can the machine achieve?
The system can reach an ultimate pressure of 5.0×10⁻⁴ Pa or lower, with a rapid pump-down rate reaching 5.0×10⁻³ Pa within approximately 25 minutes.
What are the utility requirements for installation?
Installation requires a 3-phase 380V power supply (100-180kVA), a cooling water flow rate of at least 140 L/min, and compressed air at 0.5MPa or higher.

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