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Vacuum Coating Chamber
Vacuum Coating Chamber Specification
- Equipment Type
- Vacuum Coating Chamber
- Material
- Stainless Steel
- Processing Type
- Automatic
- Condition
- New
- Technology
- Physical Vapor Deposition (PVD), Sputtering, Evaporation
- Dimension (L*W*H)
- Approx. 1200 mm 900 mm 1800 mm
- Power Mode
- Electric
- Voltage
- 220-380 V
- Power Consumption
- 5-15 kW (Depending on Chamber size & Process)
- Pressure Output
- Up to 10^-6 Torr (High Vacuum)
- Application
- Industrial Vacuum Coating Processes (e.g. optical, electronics, decorative, solar panels)
- Coating Type
- Thin Film (Metal, Oxide, Ceramic, Alloy)
- Accessories
- Vacuum Pumps, Cooling System, Substrate Holders, Control Panel
- Max. Substrate Size
- Up to 450 mm diameter
- Cooling Mechanism
- Water cooled walls
- Environmental Standards
- Complies with CE & ISO requirements
- Cycle Time
- User programmable
- Chamber Volume
- Approx. 1.4 m
- Leak Rate
- 110^-5 mbar l/s
- Safety Features
- Overload Protection, Emergency Stop, Overheat alarm
- Door Type
- Front Loading with Sealing Gasket
- Control Interface
- Touchscreen PLC/PC Interface
- Vacuum Measurement
- Digital Gauge
- Installation Type
- Floor mounted
- Internal Chamber Finish
- Polished for contamination control
Vacuum Coating Chamber Trade Information
- Minimum Order Quantity
- 1 Piece
- Supply Ability
- 1 Piece Per Week
- Delivery Time
- 1 Week
- Main Domestic Market
- Pondicherry, Andhra Pradesh, Telangana, South India, Karnataka, Tamil Nadu, Kerala
About Vacuum Coating Chamber
Our renowned company is keenly engaged in offering a qualitative range of Vacuum Coating Chamber that is demanded in physical experiments or testing of mechanical devices or for processes such as vacuum drying or coating. Manufactured with precision, the offered range is accordance with market norms. These chambers are available in different specifications in order to fulfill the various requirements of the customers. This Vacuum Coating Chamber is a versatile laboratory model coating unit.
Superior Coating Performance
With advanced physical vapor deposition (PVD), sputtering, and evaporation technology, this chamber delivers highly controlled thin film coatings of metals, oxides, ceramics, and alloys. The programmable cycle time ensures precise deposition tailored to diverse industrial requirements such as optics, electronics, and decorative finishes.
Efficient Cooling and Contamination Control
Its polished internal chamber minimizes the risk of contamination, crucial for sensitive applications. The water-cooled walls maintain optimal temperatures during processing, supporting consistent performance and prolonging equipment longevity even during intensive usage.
Intuitive Control and Reliable Safety
The touchscreen PLC/PC interface simplifies process monitoring and adjustment, enabling real-time control and data logging. Comprehensive safety featuresoverload protection, emergency stop, and overheat alarmsensure operator safety and equipment reliability throughout the coating process.
FAQs of Vacuum Coating Chamber:
Q: How does the Vacuum Coating Chamber ensure contamination control during the process?
A: The chamber features a polished internal finish, reducing particle accumulation and making cleaning easier. This design is essential for contamination-sensitive industries, as it prevents impurities from interfering with the thin film coating process on substrates.Q: What is the maximum substrate size the chamber can accommodate?
A: The chamber is capable of handling substrates with diameters up to 450 mm, making it suitable for large-scale industrial vacuum coating applications in fields like solar panels, electronics, and optics.Q: When should I use this equipment for vacuum coating processes?
A: This chamber is ideal for use whenever high-quality, uniform thin film coatings are required, particularly in industrial settings that demand consistent results and high vacuum integrity, such as optical coatings and advanced electronics.Q: Where can the Vacuum Coating Chamber be installed?
A: It is designed for floor-mounted installation and is best suited for industrial production environments, research labs, or manufacturing facilities that require automatic, high-vacuum coating systems.Q: What process technologies are supported by this chamber?
A: The chamber supports multiple coating technologies, including physical vapor deposition (PVD), sputtering, and evaporation, allowing the deposition of various thin films like metals, oxides, ceramics, and alloys.Q: How is vacuum level measured during operation?
A: Vacuum levels inside the chamber are monitored using a digital gauge, providing accurate and real-time readings to maintain desired high-vacuum conditions for optimal coating results.Q: What are the main benefits of using this Vacuum Coating Chamber?
A: Users benefit from precise process control, high reliability, efficient cooling, advanced safety measures, and superior contamination protection. The chambers compliance with CE and ISO standards further ensures that it meets rigorous industrial and environmental requirements.Tell us about your requirement
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Contact Details
THULIR VACUUM TECHNOLOGIES
GST : 33APQPR6798P1ZI
GST : 33APQPR6798P1ZI
No:28,4th Street, Poonamalle Road, Ekkatuthangal, Chennai - 600032, Tamil Nadu, India
Phone :08071930772
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