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Double Sides Gold Coating Machine Strong Adhesion Tin Gold Decorative On Glassware

1 set
Double Sides Gold Coating Machine Strong Adhesion Tin Gold Decorative On Glassware
Features Gallery Product Description Request A Quote
Target Material: Ti, Cr, Zr, SS, Al, Cu, TiAl, Fe Alloy
Work Pieces: Glass Cups, Wine Cups, Glass Vase, Glass Dishes
Coating Colors: Gold, Copper, Black, Grey, Rose Gold, Rainbow, Chrome
Feature: Double-sides Gold Color Coating, Inside Gold And Outside Gold Plating
Technology: PVD Ion Plating
Factory Location: Shanghai City, China
Worldwide Service: Poland - Europe; Iran- West Asia & Middle East, Turkey, India, Mexico- South America
Training Service: Machine Operation, Maintenance, Coating Process Recipes, Program
Warranty: Limited Warranty 1 Year For Free, Whole Life For Machine
OEM & ODM: Available, We Support Tailor Made Design And Fabrication
High Light:

Double Sides Gold Coating Machine


Strong Adhesion glass coating equipment


Fe alloy glass coating equipment

Basic Infomation
Place of Origin: China
Brand Name: ROYAL
Certification: CE
Model Number: RTAC1400
Payment & Shipping Terms
Packaging Details: Export standard, to be packed in new cases/cartons, suitable for long-distance ocean/air and inland transportation.
Delivery Time: 12 weeks
Payment Terms: L/C, T/T
Supply Ability: 5 sets per month
Product Description


Coating glassware with a two-sided gold coating using ion plating is a specialized process that can provide a luxurious and durable decorative finish. Ion plating, also known as ion beam sputtering or ion-assisted deposition, is a PVD technique that involves bombarding the coating material with ions to improve the film's properties and adhesion.

Here's how the process of applying a two-sided gold coating on glassware using ion plating typically works:

  1. Surface Preparation: The glassware surface needs to be thoroughly cleaned and prepared before the coating process. This involves cleaning, degreasing, and sometimes etching the glass to create a rougher texture for better coating adhesion.
  2. Ion Plating Chamber: The glassware is placed inside an ion plating chamber, which is a vacuum environment. The chamber is evacuated to create a high vacuum condition.
  3. Coating Material Preparation: In this case, gold is the desired coating material. Gold is loaded into a crucible or target inside the ion plating chamber.
  4. Ion Bombardment: The process begins by introducing an inert gas, typically argon, into the chamber. The gas is ionized to create a plasma. The plasma then bombards the gold target, causing gold atoms to be ejected from the target surface.
  5. Film Deposition: The gold atoms released from the target travel as a vapor and condense onto the glassware's surface, forming a thin gold film. The ionized argon gas accelerates and assists the deposition process, improving the film's density, adhesion, and overall quality.
  6. Rotation or Tilting: To achieve a two-sided gold coating, the glassware may be rotated or tilted during the deposition process. This ensures that both sides of the glassware receive an even and uniform coating.
  7. Control of Thickness and Color: The thickness of the gold coating can be controlled by adjusting the deposition time and rate. This allows for customization based on the desired appearance and requirements. Different deposition parameters can also be employed to achieve variations in color and finish, such as rose gold or yellow gold.
  8. Post-Coating Treatment: After the ion plating process, the coated glassware may undergo additional treatments, such as annealing or sealing, to enhance the coating's durability, scratch resistance, and overall performance. These treatments help ensure the longevity of the gold coating.

Coating glassware with a two-sided gold coating using ion plating can provide an elegant and high-quality finish. It offers improved adhesion, durability, and resistance to wear compared to traditional coating methods. This process is commonly used for high-end glassware, decorative items, and luxury products that require a prestigious and eye-catching appearance.



PVD ion plating gold color on glassware is well known and used in the market, however, to improve the adhesion of coated film, the bonding layer is always applied before TiN/ZrN gold coating, which has an issue that from inside seeing through, it reflects the metal layer color:  silver or dark silver.  
If we use the Spraying paining + Aluminum metallization process do can generate a double-sides gold color result, but the adhesion is weak and more complicated process, it makes the labor cost and production cost is increased.  
In Nov. 2020, we received the request from middle east customer:  double-sides looks gold and not use the spraying painting process. 
After several cycles experiments, we found the proper coating process with strong adhesion. 
 Double Sides Gold Coating Machine Strong Adhesion Tin Gold Decorative On Glassware 0  
Both inside & outside seeing through is Gold color
Many bright colors of final finishings
Excellent scratch resistance
Enables longer life of products
Environmentally-friendly process
Robust and high volume design machine
Key Features
1. PS eletrical enclosure, designed and manufactured strictly following CE standards
2. Central control cabinet with PLC, power output control and general power distributor
3. Operating software program in PLC is exclusive developed by Royal Technology, each set machine is ready for system upgrading

Description RT1400-PLUS RTAC1800 RTAE1600
Technical Advantages
u 2-sides gold color coating on glassware
u Energy saving and labor cost reduction
u 2-sets , flexible trolley & rack out of chamber
u High yield
u Higher volume for l glass lamp, metal wire lamp
u Available for ceramic vase, ceramic toilet, ceramic washing basins etc. larger workpieces



uCombined arc ion plating and thermal evaporation two techniques, complement for each other:

1) Arc deposition for decorative colors from opaque to transparent;

2) Evaporation sources to deposit aluminum high reflection film.

u 2-doors for high productivity
u Double-axis structure for various sizes of workpieces
Deposition Chamber

φ1400 * H1600mm


φ1800 * H1800mm


φ1600 * H1600mm


Load Diameter




10*φ340mm 12*φ300mm

18*φ200mm 24*φ140mm

6*φ420mm + 8*φ350mm


Load Height ( Effective) 1000mm 1400mm 1200mm
Deposition Sources 14 arc cathodes + PLUS cell for double-sides gold coating 18 arc cathodes 14 arc cathodes + 32 groups of Tungsten wire evaporation sources
Pulsed Bias Power Max. 30KW Max. 40KW Max. 30KW
Operation & Control System
uCE standard
uSiemens PLC + Industrial Computer
u Available for remote operation and diagnosis
uCE standard
uMitsubishi PLC+ Touch Screen
uOperation Program with backup



If you are interested in this technology and machine, please call us today to receive a FREE consulation. 



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Contact Person : ZHOU XIN
Fax : 86-21-67740022
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