Description
| Catalog Number | Dia. x Length (mm) |
| 19439/01 | 50 x 150 |
| 19439/02 | 60 x 150 |
| 19439/03 | 75 x 150 |
The MEDILAB Porcelain Porous Pot is a precision-crafted ceramic filtration vessel designed for experiments involving fluid diffusion, ion migration, osmotic transfer, and separation processes. Its uniform porosity enables controlled permeability and stable flow characteristics, making it essential for analytical chemistry, soil science, environmental testing, and electrochemical studies. Built for durability and consistent performance, it serves as a reliable component in laboratories demanding reproducible and contamination-free results.
Key Features
- Uniform pore structure ensuring stable and predictable permeability
- High resistance to acids, alkalis, solvents, and corrosive chemicals
- Strong mechanical body with excellent thermal stability
- Inert surface preventing contamination or reaction with test materials
- Smooth interior for efficient liquid flow and easy cleaning
- Long service life with excellent wear and abrasion resistance
- Ideal for separation, diffusion, and semi-permeable barrier applications
Material Specifications
- Material: Premium laboratory-grade porcelain
- Chemical Resistance: Suitable for strong acids, weak alkalis, and organic solvents
- Thermal Properties: Withstands moderate heating, good thermal shock resistance
- Mechanical Properties: Robust cylindrical structure, High fracture strength
- Standards: Manufactured under ISO-compliant quality systems. Conforms to standard laboratory ceramic performance requirements
Technical Specifications
- Available Sizes: Multiple lengths, diameters, and wall-thickness options (custom sizes available)
- Porosity: Controlled and uniform for consistent diffusion/filtration
- Dimensions: Precision-formed for compatibility with various lab apparatus
- Tolerance: Stable geometry and accurate cylindrical roundness
- Accessories: Supplied individually or in bulk based on order requirements
Handling & Precautions
- Handle carefully to prevent accidental impact or cracking
- Clean using mild laboratory detergents; avoid abrasive materials
- Do not expose to sudden temperature extremes to avoid thermal stress
- Ensure complete drying before heating or storing
- Avoid over-pressurizing during filtration or diffusion experiments
- Store in a dry, dust-free environment to maintain pore integrity
Applications
- Environmental and soil science labs for permeability and diffusion studies
- Analytical chemistry for controlled ion or molecule migration
- Electrochemical experiments involving semi-permeable barriers
- Academic research and teaching laboratories
- Pharmaceutical, biotech, and QC/QA labs conducting controlled filtration
- Industrial R&D involving separation, osmotic flow, and solution testing
