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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

Overview
Type
Coating Production Line
Coating
Vacuum Coating
Substrate
Steel
Certification
CE
Condition
New
Key Selling Points
Long Service Life
Voltage
Customers Local Voltage
Machinery Test Report
Provided
Equipment Name
Equipo De Recubrimiento De Nitruro De Titanio
Raw Material
Chrome, Titanium, Silver, etc
Coating Color
PVD Coating Colors
Applicable Industries
Manufacturing Plant, PVD Coating Service Provider
Coating Film
Tin Tic Crn Zrn Ticn
Coating Technology
Magnetron Sputtering + Arc Deposition
HS Code
8543300090
Production Capacity
50 Set/Sets Per Year
ARC Series - Plasma Coating System

Titanium Nitride Coating Equipment is a high-tech environmental friendly product for metal, glass and surface coating. After coating by this machine can improve the workpieces' hardness, wear resistance, and resistance. Application industry including the watch industry, glass ceramics industry, hardware industry, architecture industry, precision mold industry, tools industry, and automotive industry.

Titanium Nitride Coating Equipment

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. The film makes the product's surface more beautiful and more wearable.

💎 Key Features
  • Chamber size: φ 600mm-φ1800mm (Can be customized)
  • 3-point vacuum level measuring & 2-point temperature measuring
  • High power ion source achieving uniformed, larger ion deposition distribution
  • Different metal and alloy layers can be deposited by multi arc sources
  • Auto-deposition control system for fully automated process
  • Center-driving or planetary substrate dome is selectable
  • Advanced pumping system: Diffusion pump or turbo molecular pumps plus mechanical pumps
Technical Specifications
Model ARC series
Vacuum ChamberSUS304, φ600mm-1200×600-1200mm (H)
Substrate Dome SizeDepends on the customer's needs
Substrate Dome Rotation Speed10 rpm to 50 rpm (Variable)
Arc Evaporation SourceFrom 2 to 16 sets
Vacuum SystemRoughing Pump, Diffusion Pumps or Turbo Molecular Pump + Mechanical pumps
Performance & Utility
Performance Parameter Value
Ultimate Pressure5.0×10-4 Pa or lower
Pump Down Rate25 minutes (Atm. to 5.0×10-3 Pa)
Substrate Heater550°C (max.)
Layout Dimensions5000mm (W)×6500mm (D)×3500mm (H) approx.
Power Requirements3-phase, 380V, 50/60Hz, 100-180kVA approx.
Cooling Water Flow Rate140L/min. or greater
Gross Weight8500kg approx.
Applications & Samples
Consultation Information

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

Q1: What is your product, and the max. dimension?
Q2: The size of your processing material, your desired daily production capacity?

Contact Consultation
Frequently Asked Questions
What materials can be coated using the ARC series equipment?
The system is designed for a wide range of substrates including various metals (steel, alloys), glass, and ceramics.
What are the primary benefits of Titanium Nitride (TiN) coating?
TiN coating significantly improves surface hardness, provides excellent wear resistance, reduces friction, and enhances the aesthetic appearance of the workpiece.
Is the vacuum chamber size customizable for specific needs?
Yes, the chamber size is highly flexible, ranging from φ600mm to φ1800mm to accommodate different production scales and workpiece dimensions.
What types of films can this system deposit?
The equipment is capable of depositing various functional and decorative films including TiN, TiC, CrN, ZrN, and TiCN.
Does the machine support automated operation?
Absolutely. The system features an auto-deposition control system that allows for a fully automated coating process, ensuring consistency and efficiency.
What industries typically utilize this PVD technology?
It is widely used in manufacturing plants for tools and molds, as well as in the watch, hardware, automotive, and architectural industries for both functional and decorative purposes.

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