Cicel Vacuum Chrome Plating System for Plastic, Magnetron Sputtering Chrome Coating Equipment, Vacuum Deposition System (CCZK-ION)

Customization: Available
Type: Coating Production Line
Coating: Vacuum Coating

Product Description

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Basic Specifications

Model NO.
CCZK-ION
Substrate
Stainless Steel, Glass, Metal, Ceramic, Crystal
Certification
CE, ISO
Condition
New
Machine Type
Magnetron Sputtering
Chamber Size
Customizable
Application
Sanitary Ware, Car Wheel, Hardware, Cutlery, etc.
Coating Color
Golden, Rose Gold, Black, Blue, Rainbow Color, etc.
Coating Film
Tin, Tic, Ticn, Tialn, Crn, Cu, etc.
Sputtering Target
Titanium, Chrome, Zirconium, Titanium Aluminium, etc.
Voltage
380 V or as Request
Production Capacity
20set/Month

Product Description

Vacuum chrome plating system for plastic, magnetron sputtering chrome coating equipment, vacuum deposition system (CCZK-ION) What is Magnetron sputtering vacuum metalizing?

One form of PVD coating technology is magnetron sputtering. The vacuum chamber of the PVD coating machine is filled with an inert gas, such as argon. By applying a high voltage, a glow discharge is created, resulting in acceleration of ions to the target surface from the target. Often an additional gas such as nitrogen or acetylene is used, which will react with the ejected material (reactive sputtering).

Magnetron sputtering uses magnetic fields to increase the plasma density in front of the target. Resulting in increased efficiency, higher sputter rates and improved ion bombardment during the growth of the coating. The coatings are mostly used for tribological and decorative applications.

How Magnetron Sputtering Vacuum metalizing is done?
  • Parts are sprayed with a basecoat.
  • Parts are racked, racks put into the chamber, the chamber is then sealed.
  • Argon gas is introduced into the chamber in a continuously flowing manner.
  • Electricity creates an active Argon plasma field in front of the cathode.
  • The positively charged (ionized) Argon atoms are accelerated by passing through a magnetic field.
  • The positive atoms are attracted to the negative charged cathode which contains the target.
  • Continuous (and directed) sputtering of the release target atoms are "shot" onto the surface of part.
  • The part is top coated.
Applications

Magnetron Sputtering Coating Machine for Applications of:

  • Hardware coating--decorative vacuum metallizing
  • Solar Control Reflective Glass & Low-E Glass
  • Sputtering Aluminum Mirror & Automobile Mirror
  • Auto car wheel & Plastic/metal cutlery
Vacuum Chrome Plating System
Production & Facility
Factory
Products
Customer & Samples
Customer Showcase
Sample Display
Delivery

Support Service & Philosophy

We stand behind our systems with a dedicated service team who can diagnose and provide support when required. Some of the parts and services that we offer include:

  • Reply your enquiry within 24 working hours.
  • Experienced sales engineer professional suggestions according to your details requirements.
  • Customized design machine and overseas after-sales training.
  • Supply replacement parts and consumable items.
  • Retrofits, Upgrades, and Maintenance.
  • Technical Assistance and Consulting.
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Frequently Asked Questions

Q1: Which substrates can be coated with this equipment? A: This system is highly versatile and can be used on Stainless Steel, Glass, various Metals, Ceramics, and Crystals.
Q2: What are the primary advantages of Magnetron Sputtering? A: It offers increased plasma density, higher sputter rates, and improved ion bombardment, resulting in more durable and high-quality decorative coatings.
Q3: Can I customize the machine size for my factory? A: Yes, the chamber size and machine configuration can be fully customized according to your specific production requirements.
Q4: What colors can the machine produce? A: The machine can achieve a wide variety of colors including Golden, Rose Gold, Black, Blue, and Rainbow effects.
Q5: Do you provide training for the operators? A: Yes, we offer free training and professional installation. Engineers can be trained at our facility or yours.
Q6: What gases are required for the sputtering process? A: The system typically utilizes Argon, Nitrogen, Oxygen, and Acetylene depending on the specific coating film required.

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