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Ultrahigh Vacuum Evaporation Metalizing Machine for Car Light
| Price | $50000.00 |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Zhejiang, China |
| Popularity | 350 people viewed |
Model NO.:
DK
Type:
Evaporation Coating Machine
Coating:
Vacuum Coating
Substrate:
Plastic Automotive Parts
Certification:
CE, ISO, TUV
Condition:
New
Machine:
PVD Vacuum Coating Machine for Metallizing Plastic
Weight:
1.5t
Business Type:
Manufacturer
Coating Filml:
Decorative Film
After Sales Service:
Engineer Available to Service on Site
Other Service:
24h, Remote Guidance
Application:
Plasatic Metallizing
Film Color:
Golden Color
Structure Type:
Vertical or Horizantal Type
Controlling System:
PLC Touching Screen
Trademark:
DANKO
Transport Package:
Wood Case, Container
Specification:
1600*1800
Origin:
Ningbo, China
HS Code:
8479899990
Product Description
Ultrahigh Vacuum Evaporation Metalizing Machine for Car Light
Description
[PVD] Physical Vapor Deposition: Vacuum deposition methods which can be used to deposit thin films and coatings.
The automotive industry as a whole is being driven to manufacture automobiles in a much more cost effective manner. Many parts have been made from metals, which are electroplated with chrome. Eco-friendly vacuum metallization produces no VOC's and is an extremely clean process, which allows manufacturers to replace costly metal parts with less expensive, light weight solutions, which are coated with a thin film of a desired metal. Thin film vacuum metallization technology is enabling manufacturers to produce more cost effective vehicle components.
A. Coating Film: Aluminum, Chrome
B. Color: Silver color
C. Equipment with: UV line
D. Consumables in production: Aluminum / Chromium Wires
Process
Application
A. Car light reflective film
B. Automotive head lamp, rear lamp, turn light
C. Car logo
D. Car wheel
Advantages
A. Fast to film forming, with high deposition speed;
B. It can make auto-lamp get the metal effects, nice appearance and reflection effect.
C. Complete evaporation coating aluminum and plating protective film process steps by one time inside chamber room
D. By using nanotechnology.
E. High pumping speed can complete a round of plating in about 7 or 8 minutes
F. Without any gas or liquid wasted
G. Working stably with good vacuum performance
H. Customized processing services
I. High Standards to control quality
Configurations
A. Pumps:
Mechanical pump + roots pump + diffusion pump + holding pump (or optional: cryogenic pump, cryogenic pump system)
B. Limited Vacuum: 8*10-4 pa (cleanroom, no-loading)
C. Shaft: 6 / 8 /9 shafts
D. Power Sources: Resistance heating tungsten wire evaporator power supply, high voltage ion bombardment power supply, thyristor power supply
E. Controlled by Manual, Semi-automatic, Full automatic, PLC
Customer visit
Shipment
Workshop
For more details on configurations quotations, please contact us.
Description
[PVD] Physical Vapor Deposition: Vacuum deposition methods which can be used to deposit thin films and coatings.
The automotive industry as a whole is being driven to manufacture automobiles in a much more cost effective manner. Many parts have been made from metals, which are electroplated with chrome. Eco-friendly vacuum metallization produces no VOC's and is an extremely clean process, which allows manufacturers to replace costly metal parts with less expensive, light weight solutions, which are coated with a thin film of a desired metal. Thin film vacuum metallization technology is enabling manufacturers to produce more cost effective vehicle components.
A. Coating Film: Aluminum, Chrome
B. Color: Silver color
C. Equipment with: UV line
D. Consumables in production: Aluminum / Chromium Wires
Process
Application
A. Car light reflective film
B. Automotive head lamp, rear lamp, turn light
C. Car logo
D. Car wheel
Advantages
A. Fast to film forming, with high deposition speed;
B. It can make auto-lamp get the metal effects, nice appearance and reflection effect.
C. Complete evaporation coating aluminum and plating protective film process steps by one time inside chamber room
D. By using nanotechnology.
E. High pumping speed can complete a round of plating in about 7 or 8 minutes
F. Without any gas or liquid wasted
G. Working stably with good vacuum performance
H. Customized processing services
I. High Standards to control quality
Configurations
A. Pumps:
Mechanical pump + roots pump + diffusion pump + holding pump (or optional: cryogenic pump, cryogenic pump system)
B. Limited Vacuum: 8*10-4 pa (cleanroom, no-loading)
C. Shaft: 6 / 8 /9 shafts
D. Power Sources: Resistance heating tungsten wire evaporator power supply, high voltage ion bombardment power supply, thyristor power supply
E. Controlled by Manual, Semi-automatic, Full automatic, PLC
Customer visit
Shipment
Workshop
For more details on configurations quotations, please contact us.
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