Description
| Catalog Number | length x width (mm) |
| 19440/01 | 100 x 100 |
| 19440/02 | 150 x150 |
The MEDILAB Porcelain Porous Slab/Tiles are high-performance ceramic filtration and diffusion plates designed for controlled permeability, fluid transfer, moisture movement, and gas exchange in laboratory and industrial applications. With a uniform pore structure and excellent chemical stability, these slabs provide reliable, reproducible results in research, soil science, material analysis, and chemical processing. Their durable design and inert surface make them indispensable in environments where precision and contamination-free operation are essential.
Key Features
- Highly uniform porosity ensuring consistent diffusion and filtration
- Excellent chemical resistance to acids, alkalis, and solvents
- Strong mechanical integrity for long operational life
- Smooth, non-reactive surface minimizes contamination
- Stable under varying temperatures and repeated laboratory use
- Customizable in different shapes and thicknesses
- Ideal for horizontal filtration surfaces and permeability studies
Material Specifications
- Material: Laboratory-grade porous porcelain
- Chemical Properties: Non-reactive and resistant to corrosive chemicals. Suitable for contact with most laboratory reagents
- Thermal Properties: Withstands moderate heating and thermal cycling. Good thermal shock tolerance
- Mechanical Properties: High compressive strength, Robust and wear-resistant surface
- Standards: Produced under ISO-compliant quality practices. Meets standard laboratory ceramic performance norms
Technical Specifications
- Available Sizes: Multiple slab and tile dimensions; custom sizes available on request
- Thickness: Available in various thickness options for different diffusion or load requirements
- Porosity: Controlled, uniform pore size for predictable permeability
- Dimensional Tolerance: Precision-cut slabs with consistent flatness
- Accessories Included: Supplied as individual slabs or tile sets, based on order requirements
Handling & Precautions
- Handle with care to prevent breakage or edge damage
- Clean using mild detergents; avoid abrasive tools to protect the surface
- Do not expose to sudden extreme temperature shifts
- Allow gradual cooling after heating procedures
- Store in a dry and dust-free area to maintain pore performance
- Avoid heavy mechanical loads that exceed slab strength
Applications
- Soil science labs: permeability, capillary rise, and moisture-transfer studies
- Chemical laboratories: filtration, diffusion, absorption, and material testing
- Research institutions and universities for experimental setups
- Pharmaceutical, biotech, QC/QA labs for controlled fluid movement tests
- Industrial R&D involving gas exchange, osmotic flow, or ceramic support structures
- Suitable as bench supports, testing surfaces, or diffusion platforms
