Chemical Vapor Deposition (CVD) System
Introduction:
Chemical Vapor Deposition (CVD) refers to a method where chemical gases or vapors react on the surface of a substrate to synthesize coatings or nanomaterials. It is a widely used technology in the semiconductor industry for depositing thin film materials, including a broad range of insulating materials, as well as most metal and metal alloy materials. In response, we have developed a comprehensive CVD coating system suitable for major university materials laboratories, research institutes, and fields such as environmental science.
Features:
1.Utilizing high-purity quartz furnace tube with excellent corrosion resistance and high-temperature performance.
2.High-purity Al2O3 fiber refractory insulation material, providing superior insulation and reducing equipment power consumption.
3.The furnace body employs a double-layer air-cooling structural design.
4.Sintering process curve settings: Dynamically display and set curves, allowing the pre-storage of multiple sintering processes. Each process curve can be freely configured. 7” colored graphic touch panel, more intuitive and convenient operation.
5.Scheduled sintering allows for unmanned operation, implementing scheduled sintering process curves.
6.Real-time display of sintering power, voltage, and other information, recording sintering data, and enabling paperless documentation export.
7.Capable of remote control to observe equipment status in real-time.(Optional)
8.Temperature calibration: Non-linear correction is conducted throughout the entire sintering process based on the temperature difference between the main control temperature and sample temperature.
9.The integrated equipment includes a multi-channel gas supply system, heating system, and vacuum system.
Technical Parameters:
Model | O1200-XTI(Tube diameter : 50/60/80/100mm Optional) | ||||||||
Working temperature | ≤1150℃ | ||||||||
Heating length | 440mm | ||||||||
Heating rate | ≤20℃/min | ||||||||
Power supply | AC 220V 4KW | ||||||||
Gas supply system(Optional) | Flowmeter type | Float flow meter | Mass Flow Controller (MFC) | ||||||
Piping Diagram | |||||||||
Quantity of Inlet ports | 2、3、4(Multiple Options Available) | ||||||||
Flow Range | 20-250/20-800ml/min
( Multiple range optional) |
50/100/200/500sccm
( Multiple range optional) |
|||||||
Operating Pressure Differential Range | 0-0.15MPa | ||||||||
Low Vacuum System(Optional) | Vacuum model | 1.5C | 3C | 4C | |||||
Pumping rate | 1L/s | 3L/s | 4L/s | ||||||
Inlet and Outlet Port Dimensions | 8mm Pagoda Joint | 8mm Pagoda Joint | KF16/25 | ||||||
Ultimate Vacuum Level | 1000Pa | 100Pa | 10Pa | ||||||
Operating Environment Temperature | 5-40℃ | ||||||||
Power supply | AC220V | ||||||||
High Vacuum System(Optional) | Vacuum model | 103(A) | 103(B) | 103(C) | |||||
Pumping rate | 110L/s | 600L/s | 700L/s | ||||||
Vacuum Gauge | Compound Vacuum Gauge | ||||||||
Ultimate Pressure | 10^-3Pa | 10^-4Pa | 10^-5Pa | ||||||
Working Environment Temperature | 5-40℃ | ||||||||
Power supply | AC 220V | AC 220V | AC 380V |
Applications:
Chemical Vapor Deposition (CVD) systems have a wide range of applications across various industries due to their ability to deposit thin films and coatings with precise control. Here are some common applications of CVD systems:
Semiconductor Industry;
Optoelectronics;
Materials Science;
Microelectronics and Nanotechnology;
Coating Technology;
Photovoltaics;
Aerospace and Defense;
Medical Devices;
Energy Storage;
Research and Development;
Chemical and Biological Sensors;
Glass Coating;
Automotive Industry;
Tool and Cutting Industry;
Display Technology, etc.