The Cytiva Pall Groundwater Sampling Capsules featuring the innovative AquaPrep™ and GWV High Capacity designs are essential tools for professionals in environmental and geological studies. Equipped with a Supor™ Membrane, these capsules offer unparalleled filtration efficiency with pore sizes available at 0.45 µm and 5 µm, catering to various environmental sampling needs.

Available in different package sizes, ranging from 10 to 50 per pack, these capsules ensure convenience and readiness for large-scale or routine groundwater sampling projects. With their easy-to-use design and superior material quality, these capsules facilitate reliable data collection and precise environmental assessment. Their high flow rates and large capacity make them ideal for demanding field applications, significantly improving the productivity and accuracy of groundwater monitoring activities.

Key Features:

• Supor™ Membrane technology ensures high efficiency in capturing particulate matter, providing reliable sampling results.
• The capsules offer high flow rates, making them suitable for large volume groundwater sampling.
• Easy to use and requires minimal setup time, enhancing fieldwork efficiency.
• Available in different pore sizes (0.45 µm and 5 µm) to suit various filtration needs.
• Designed for high capacity usage, ideal for comprehensive environmental studies.

Uses:

• The Cytiva Pall Groundwater Sampling Capsules are essential for accurate and efficient groundwater sampling and filtration at small to large-scale operations, including environmental assessments, site characterizations, and remediation projects.

FAQs:

1. What pore size options are available for these capsules?
The Cytiva Pall Groundwater Sampling Capsules are available in 0.45 µm and 5 µm pore sizes.

2. Can these capsules handle large volume groundwater sampling?
Yes, the capsules are designed with high capacity to handle large volume groundwater sampling effectively.

3. What is the primary application of these sampling capsules?
These capsules are primarily used for groundwater sampling in environmental assessments, site characterizations, and remediation projects.