The AD 12 is a high-performance vacuum degassing system featuring two independent stations with 12 total positions for simultaneous degassing of different sample types. It offers precise temperature control, with a standard setting of 400°C and an accuracy of ±0.1°C, and a user-friendly 32-segment programmable touch-screen controller for easy operation. The system includes both **air-cooled and water-cooled positions** for optimal temperature regulation and utilizes **automatic pressure-controlled pumping** to ensure efficient high-vacuum degassing without sample loss. A built-in pressure sensor monitors degassing completion. An optional cold trap protects both sensitive samples (e.g., MOF, COF) and the vacuum system from contamination by organic reagents. The AD 12 is ideal for precise, simultaneous degassing of multiple samples.
2 stations, 12 total positions for simultaneous degassing.
Adjustable temps for different sample types.
Standard 400°C, ±0.1°C accuracy.
32-segment programmable, visual temperature control.
Air-cooled & water-cooled degassing positions.
Pressure-controlled, prevents sample loss, ensures high vacuum.
Pressure-based detection of degassing completion.
Protects samples (MOF, COF) & vacuum system from contamination.
Screen check, record and search of degas curve log
Specifications | Details |
---|---|
Stations | 2 with independent temperature setting |
Sample capacity | 12 ports, 6 ports per station |
Backfill gas | Helium, nitrogen, argon, or any other pure gas that does not adsorb at room temperature. |
Heating | -400℃ ±0.1℃ ,visual 32 step programmed heating |
Cooling | 12 air cooling positions |
Vacuum system | Vacuum system |
Cold trap | Optional |
Suitable Analyzers | BSD-660 Series; BSD-PH Series |
The AD 12 Vacuum Degassing Instrument is equipped with a **dual independent degassing station design**, offering two separate stations, each with 6 degassing positions, for a total of 12 positions. This design allows for **simultaneous operation** of multiple samples, with the added flexibility to set different temperatures on each station. This feature enables the degassing of various sample types at optimal conditions, improving efficiency and versatility in the lab.
The AD 12 Vacuum Degassing Instrument incorporates an **automatic pressure-controlled pumping system**, which dynamically adjusts the pumping speed based on real-time pressure readings. This adaptive control ensures efficient high-vacuum degassing while minimizing the risk of sample loss. Furthermore, the instrument features an integrated **pressure-based monitoring system** that accurately detects the completion of the degassing process, enhancing the reliability and precision of the overall operation. This combination of automated control and monitoring ensures consistent, high-quality degassing performance.
The AD 12 Vacuum Degassing Instrument offers **precise temperature control**, with a standard degassing temperature of 400°C and an accuracy of ±0.1°C, ensuring consistent and reliable heating for optimal sample treatment. The system is designed with **12 degassing positions**, incorporating both **air-cooled and water-cooled options** to maintain optimal cooling during the degassing process, preventing overheating and ensuring stable temperature regulation throughout the operation. This combination of precise temperature control and efficient cooling mechanisms enhances the performance and reliability of the system.
The system features two independent degassing stations, each with 6 degassing positions, providing a total of 12 positions for simultaneous operation.
Each degassing station can be set to different temperatures, allowing for the degassing of various sample types simultaneously.
The standard degassing temperature is 400°C, with a high precision temperature control accuracy of ±0.1°C.
Equipped with a large touch-screen controller, featuring a 32-segment programmable temperature control system. This ensures precise temperature regulation and allows for a fully visualized heating process.
The system is equipped with 12 degassing positions, with both air-cooled and water-cooled options to maintain optimal cooling during degassing.
The system automatically adjusts the pumping speed based on pressure, preventing sample loss and ensuring efficient high-vacuum degassing.
Built-in pressure-based monitoring function detects when degassing is complete, improving process reliability.
A cold trap is available as an optional accessory, effectively preventing organic reagents from contaminating samples such as MOF (Metal-Organic Frameworks) or COF (Covalent Organic Frameworks), while also protecting the vacuum system.