Description

Catalog Number	Top Dia. (mm)
19438/01	100
19438/02	125
19438/03	150

MEDILAB Porcelain Porous Plates are precision-engineered ceramic filtration components designed for laboratory and pilot-scale applications requiring controlled liquid drainage, soil permeability testing, diffusion studies, and vacuum filtration. Their uniform pore structure ensures reliable fluid flow while maintaining chemical inertness and structural stability. These plates are essential in geotechnical labs, chemical analysis, and research setups where consistent, contamination-free filtration performance is critical.

 Key Features

• Uniform pore distribution for accurate and repeatable filtration
• Excellent chemical resistance to acids, alkalis, and solvents
• High mechanical strength and stable structural performance
• Non-reactive and thermally stable for diverse laboratory processes
• Smooth surface finish minimising contamination and residue buildup
• Long service life with superior wear and abrasion resistance
• Suitable for both low-pressure and vacuum-assisted filtration

 Material Specifications

• Material: High-quality laboratory-grade porcelain
• Chemical Properties: Resistant to corrosive chemicals. Inert, non-contaminating ceramic composition
• Thermal Properties: Withstands moderate heating and thermal cycling. Good thermal shock tolerance
• Mechanical Properties: Rigid, durable, and fracture-resistant
• Standards: Manufactured under ISO-compliant processes. Meets common laboratory ceramic performance standards

Technical Specifications

• Available Sizes: Multiple diameters and thickness options (custom sizes available upon request).
• Porosity: Consistent pore size suitable for filtration and permeability testing
• Dimensions: Precision-formed for compatibility with standard lab equipment
• Tolerance: Uniform edges and thickness for stable placement and sealing
• Accessories Included: Supplied as individual pieces or sets, depending on order volume

Handling & Precautions

• Handle carefully to avoid dropping or edge chipping
• Clean with mild detergents or standard lab cleaners; avoid abrasive scrubbing
• Do not expose to sudden extreme temperature changes
• Allow natural cooling after heating to prevent thermal stress
• Store in a clean, dry environment to maintain porosity and performance
• Avoid contact with strong mechanical forces that may damage the pore structure

Applications

• Geotechnical engineering: soil permeability and capillary rise testing
• Chemical laboratories: filtration, diffusion, and separation processes
• Research institutions: material science, soil mechanics, and fluid transport studies
• Pharmaceutical and QC/QA labs: controlled filtration and liquid transfer experiments
• Academic labs for teaching, demonstration, and analytical testing setups