Description
| Catalog Number | Top Outer Dia. (mm) | For filter paper use (mm) |
| 19413/01 | 145 | 125 |
| 19413/02 | 220 | 185 |
The MEDILAB Porcelain Table Filter Funnel is a durable, high-performance laboratory filtration device designed for efficient solid-liquid separation. Its built-in perforated plate and side-arm outlet provide steady filtration flow, making it ideal for routine and analytical laboratory processes. Engineered for reliability, it ensures clean, consistent results across chemical, pharmaceutical, academic, and industrial applications.
Key Features
- Manufactured from premium, chemical-resistant porcelain
- Integrated perforated plate for stable filter paper support
- Side-arm outlet ensures smooth drainage and vacuum compatibility
- Glazed interior and exterior (except rim) for easy cleaning
- Resistant to thermal shock and routine laboratory heating
- Strong mechanical body with excellent durability and chip resistance
- Smooth surface minimizes sample retention and enhances filtration efficiency
- Suitable for high-purity and contamination-sensitive workflows
Material Specifications
- Material: High-quality laboratory porcelain
- Thermal Properties: Withstands moderate heating during filtration. Resistant to thermal stress under controlled conditions
- Chemical Resistance: Inert to most acids, alkalis, and reagents. Glazed finish minimizes porosity and prevents contamination
- Mechanical Strength: Rigid structure designed for repeated laboratory use
- Manufacturing Standards: Produced under ISO-aligned quality control. Follows international laboratory ware dimensional standards
Technical Specifications
- Available Sizes: Multiple diameters and capacities (custom options available)
- Design: Porcelain body with fixed perforated table side-arm outlet for vacuum or gravity filtration
- Accuracy/Tolerance: Uniform perforation and design consistency
- Calibration: Not applicable
- Optional Accessories: Filter papers (various grades available separately)
Handling & Precautions
- Avoid sudden temperature changes to prevent thermal shock
- Use compatible filter papers for best performance
- Clean using mild detergents; avoid abrasive cleaning tools
- Do not expose directly to open flames or extreme heating
- Ensure secure support when used with vacuum setups
- Store in padded racks or cabinets to avoid chipping
- Allow to cool completely before washing
Applications
- Routine and analytical filtration in research and educational laboratories
- Solid-liquid separation in chemical, pharmaceutical, and biotechnology industries
- Sample purification, precipitate collection, and recrystallization processes
- Quality control and quality assurance (QC/QA) workflows
- Ideal for universities, R&D centers, industrial labs, water testing, and analytical chemistry
