Equipment Introduction:
A multi-channel liquid gas phase generator is a device used to convert liquid into gas phase, capable of processing multiple liquid samples simultaneously. Each channel is independently controlled and suitable for batch sample processing. Widely used in various fields such as chemical analysis, environmental monitoring, pharmaceutical industry, materials science, etc.
This device converts liquid samples into stable gas phase output by precisely controlling the evaporation process of the liquid, making it suitable for experimental and industrial applications that require high-precision gas phase supply.
Application areas:
1. Chemical analysis: an injection system used for analytical instruments such as gas chromatography (GC) and mass spectrometry (MS).
2. Environmental monitoring: used for detecting volatile organic compounds (VOCs) in air pollutants and water quality analysis.
3. Pharmaceutical industry: used for drug composition analysis, drug stability research, etc.
4. Materials Science: Used for the analysis of volatile components in materials such as polymers and coatings.
5. Food Science: Used for the analysis of food aroma and flavor components.
Equipment Overview:
Chemical vapor deposition (CVD) forms coatings or nanomaterials by reacting gases or vapors at a substrate surface. It is widely used in the semiconductor industry to deposit thin films, including insulating materials, metals, and metal alloys. Complete CVD coating systems are available for university materials laboratories, research institutes, environmental science, and related applications.
Technical Specifications:
| 1. The furnace and control system are integrated for convenient, straightforward experiments. 2. The gas-mixing circuit can use rotameters or mass flow meters, with gas flow set individually. 3. Precise multi-segment PID program control monitors temperature and time across different process stages. 4. The lining uses lightweight, high-purity alumina fiber for effective thermal insulation. 5. A mechanical or molecular vacuum pump can be fitted for different vacuum conditions. | |||||||||
Product Model | NBD-T1700-80TIG3Z | |||||||||
Operating Temperature | ≤1650℃ | |||||||||
Heating Zone Dimensions | 310mm | |||||||||
| Uniform Temperature Zone Dimensions | 220mm | |||||||||
Heating Rate | ≤20℃/min | |||||||||
Electrical Specifications | AC 220V 4.5KW | |||||||||
| Control System | 1. Sintering profile settings: dynamically displays the configured profile, stores multiple process profiles, and allows each profile to be set individually. | |||||||||
Gas System (optional) | Flow Meter Type | Rotameter | Mass Flow Meter | |||||||
Piping Diagram |
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Number of Gas Inlet Connections | 2, 3, 4 (multiple channels available) | |||||||||
Flow Range | 20-200/60-600l/min (multiple ranges available) | 50/100/200sccm (multiple ranges available) | ||||||||
Operating Differential Pressure Range | 0-0.15MPa | |||||||||
Low-Vacuum System (optional) | Vacuum Pump Model | NBD-1.5C | NBD-3C | NBD-4C | ||||||
Pumping Speed | 1L/s | 3L/s | 4L/s | |||||||
Gas Inlet and Outlet Size | Φ8mm barbed fitting | Φ8mm barbed fitting | KF16/25 | |||||||
Ultimate Pressure | 1000Pa | 100Pa | 10Pa | |||||||
Operating Temperature | 5-40℃ | |||||||||
Electrical Specifications | AC220V | |||||||||
High-Vacuum Molecular Pump System (optional) | Molecular Pump System Model | NBD-103(A) | NBD-103(B) | NBD-103(C) | ||||||
Pumping Speed | 110L/s | 600L/s | 700L/s | |||||||
Vacuum Gauge | Combined Vacuum Gauge | |||||||||
Ultimate Pressure | 10^-3Pa | 10^-4Pa | 10^-5Pa | |||||||
Operating Temperature | 5-40℃ | |||||||||
Electrical Specifications | AC 220V | AC 220V | AC 380V | |||||||
* Custom configurations and additional models are available. Email oremir15@outlook.com for details. | ||||||||||
Product images, descriptions, and technical specifications are for reference only. Details may change or differ from the current equipment. Please confirm requirements and specifications by email. This information does not constitute an offer or commitment.Please confirm current specifications by email. This information does not constitute an offer or commitment.information without prior notice.