The Hydropore Porosimeter WMI-10K is an advanced mercury-free porosimetry system specifically designed for analyzing the pore structure characteristics of hydrophobic materials. Utilizing water intrusion technology, this instrument provides accurate measurements of pore volume, porosity, pore size distribution, and pore volume distribution for both through-holes and blind holes.

By eliminating the need for mercury, the Hydropore WMI-10K ensures safe operation, environmental sustainability, and reduced testing costs. It is ideal for analyzing polymer films, solid materials, and powder samples, offering unmatched precision and reproducibility.

Key Features:

• Mercury-Free Testing: Water is exclusively used as the testing fluid, ensuring safety and eliminating hazardous waste disposal concerns.
• Precision Microsensor: Accurately detects microvolume changes within micropores.
• Reproducible Testing: Samples can be dried and retested multiple times without residual contamination.
• Cost-Effective Operation: Water as the testing medium significantly reduces operational costs.
• Easy Maintenance: Simplified system design ensures low maintenance requirements and long-term reliability.
• Wide Application Range: Suitable for flat sheets, rods, tubes, and hollow fibers.
• High-Resolution Pressure Measurement: Ensures accurate and consistent data output.

Testing Principle:

The Hydropore Porosimeter measures the intrusion of water into hydrophobic pores under high pressure. Water is forced into the sample's pore structure, and the pressure-volume relationship is analyzed to determine pore characteristics such as pore size distribution and total porosity.

The system is fully automated, with options for manual operation, allowing flexibility in experimental control.

Specifications: