Description
| Catalog Number | Top Outer Dia. (mm) |
| 19435/01 | 100 |
| 19435/02 | 150 |
| 19435/03 | 200 |
| 19435/04 | 250 |
| 19435/05 | 300 |
MEDILAB Porcelain Troughs are durable laboratory vessels designed for holding liquids, conducting displacement experiments, and supporting various analytical and demonstration procedures. Their chemically inert porcelain construction ensures reliable performance in chemical, physical, and educational laboratory environments. These troughs provide a stable, contamination-free platform essential for consistent and reproducible experimental outcomes.
Key Features
- Manufactured from high-grade, laboratory-quality porcelain
- Excellent chemical resistance to acids, salts, and common reagents
- Smooth glazed surface prevents absorption and ensures easy cleaning
- Thick, reinforced rim for improved durability and handling
- Uniform wall thickness for enhanced strength and long service life
- Stable flat base ideal for benchtop use during experiments
- Heat-resistant construction suitable for moderate heating conditions
- Non-porous design minimises contamination and sample loss
Material Specifications
Material: Laboratory-grade porcelain
Properties:
- Chemically inert and resistant to most laboratory reagents
- High thermal stability for controlled heating and cooling
- Strong mechanical structure designed for repeated laboratory usage
- Glazed interior for reduced chemical adherence and ease of washing
Standards: Manufactured under ISO/DIN-compliant processes for laboratory porcelain
Technical Specifications
- Available Sizes/Capacities: Multiple standard capacities; custom sizes available on request
- Dimensions: Standard cylindrical design with reinforced rim
- Tolerance/Accuracy: Uniform construction; no calibration required
- Surface Finish: Interior fully glazed, exterior partially glazed
- Accessories Included: Supplied as a single unit; no additional accessories required
Handling & Precautions
- Handle with care to avoid impact damage or chipping
- Avoid sudden temperature changes to prevent thermal shock
- Clean using mild detergents; avoid abrasive tools or harsh chemicals
- Can be autoclaved under standard laboratory sterilisation conditions
- Do not expose to direct flame or extremely high temperatures
- Store in a dry, stable environment to prolong lifespan
Applications
- General laboratory liquid handling and containment
- Displacement studies and physical measurement experiments
- Chemistry demonstrations in schools, colleges, and universities
- QC/QA environments in pharmaceuticals, chemicals, and materials testing
- Suitable for sample holding during benchwork procedures
- Ideal for research labs, academic institutions, and scientific training centres
