40-bit High Throughput 55ml Microwave Digestion Vessel for Tank Plus

Product Introduction

This product is a core consumable specifically designed for the TANK Plus high-throughput microwave digestion system – the 40-position high-throughput microwave digestion vessel. Utilizing innovative composite materials and precision engineering, it aims to meet the high demands of large-batch sample preparation in fields such as environmental monitoring, food analysis, disease control, and metallurgy. The moderate 55ml volume, combined with the 40-position high-throughput rotor system, perfectly achieves a balance between high-throughput digestion and high-pressure digestion capabilities, processing up to 40 samples per batch, significantly enhancing laboratory efficiency.

Core Technology & Material Advantages

High-Purity TFM Inner Vessel

The inner vessel is crafted from high-purity, laboratory-grade imported TFM (modified polytetrafluoroethylene). Compared to standard PTFE, TFM offers lower metal background blanks, better resistance to deformation under high temperature and pressure, superior resistance to permeation, and excellent recovery after high-pressure cycles. These properties ensure the accuracy of trace element analysis. Components like the cover and sealing gaskets are made from PFA or PTFE materials, ensuring the chemical inertness of the entire reaction chamber.

Technical Specifications

• Batch Throughput: 40 positions/batch

• Volume: 55ml

• Inner Vessel Material: High-purity TFM (PFA optional)

• Compatible System: TANK Plus Microwave Digestion System

  Applications

  This digestion vessel is widely applicable for various sample preparation processes requiring high-temperature, high-pressure closed-vessel digestion:

  • Environmental Monitoring: Sample preparation for heavy metal analysis in soil, sediment, and solid waste.

  • Food/Pharmaceutical: Trace element analysis in grains, dairy products, herbal medicines, and health supplements.

  • Petrochemical: Rapid processing of difficult-to-digest samples like crude oil, polymers, and additives.

  • Material Science/Metallurgy: Sample preparation for various alloys, ores, and ceramic materials.