NJbinglab offers a range of CEM microwave digestion vessels that are highly regarded in the industry. Below is a description of the models and advantages of these microwave digestion vessels:

Models:
CEM Microwave Digestion Vessels for MARS Series: Available in various capacities such as 55ml and 100ml, these vessels are designed to fit CEM MARS microwave digestion systems, including MARS5, MARS6, and their high-throughput versions.
Specific Models: Examples include the 55ml vessel with part number 907576, suitable for CEM MARS5/6 instruments, and the 100ml vessel for the EasyPrep & EasyPrep Plus system.
Advantages:
Material Quality: Made from high-purity TFM (or PFA), these vessels offer low blank values and ensure purity. They do not contain any recycled materials, reducing the risk of contamination.
Temperature Range: With a temperature tolerance of -200 to +260°C, the vessels can withstand extreme conditions during microwave digestion.
Resistance and Recovery: Compared to PTFE, TFM exhibits better resistance to deformation, penetration, and has superior recovery under high temperature and pressure.
Surface Finish: The vessels have a smooth inner and outer wall, making them easy to clean and preventing sample adhesion. This is crucial for trace and ultra-trace analysis.
Chemical Compatibility: They are resistant to strong acids and bases, including aqua regia and HF acid, as well as various organic solvents.
Precision Machining: Manufactured on precision machines, the vessels have excellent sealing performance, ensuring safe and efficient microwave digestion.
Cost-Effective: Offering similar quality to original equipment manufacturer (OEM) products but at a fraction of the cost, these vessels are a cost-effective solution for many laboratories.
Customization: NJbinglab offers customization options, allowing customers to tailor the vessels to their specific needs, including different sizes and configurations for post-digestion acid evaporation.
In summary, NJbinglab's CEM microwave digestion vessels combine high-quality materials, excellent chemical resistance, precision machining, and cost-effectiveness, making them an ideal choice for laboratories worldwide.