Description
| Catalog Number | Capacity (ltr) |
| 19433/01 | 2 |
| 19433/02 | 7 |
| 19433/03 | 10 |
The MEDILAB Porcelain Pot Mill is a high-strength milling container designed for grinding, mixing, homogenizing, and sample preparation across research, industrial, and academic laboratories. Its thick-walled porcelain body ensures stable performance during mechanical milling operations. Engineered for chemical resistance and minimal sample contamination, it is widely used for reducing particle size in powders, minerals, chemicals, pigments, and laboratory materials.
Key Features
- High-density laboratory-grade porcelain for long-lasting durability
- Smooth glazed interior minimises contamination and facilitates easy cleaning
- Thick, uniform wall construction ensures excellent impact strength
- Chemically inert and resistant to acids, alkalis, and solvents
- Lid included for secure milling and reduced sample loss
- Excellent thermal stability and resistance to heat shock
- Suitable for dry, wet, and semi-wet milling operations
- Designed for consistent grinding efficiency and uniform particle reduction
Material Specifications
Material: High-grade laboratory porcelain
Properties:
- High hardness and abrasion resistance
- Excellent chemical inertness—prevents reactions with most laboratory reagents
- Thermal stability suitable for moderate heating and cooling cycles
- Non-porous, glazed finish to limit sample adhesion
Standards: Manufactured following international laboratory porcelain guidelines (ISO/DIN compliant practices)
Technical Specifications
- Available Sizes: Multiple pot capacities available (custom sizes on request)
- Design: Cylindrical pot with heavy-duty lid for secure milling
- Surface: Smooth glazed interior and exterior
- Tolerance: Precision-formed body and lid for proper sealing and stable rotation
- Calibration: Not applicable (non-calibrated labware)
- Accessories Included: Matching porcelain lid
Handling & Precautions
- Handle carefully to avoid chipping or impact damage
- Do not subject to rapid temperature changes to prevent thermal shock
- Clean using non-abrasive detergents and soft brushes
- Autoclavable at standard laboratory temperatures; avoid exposure to direct flame
- Ensure the pot is securely closed before milling to prevent material leakage
- Avoid milling extremely hard or metallic materials that may cause abrasion
Applications
- Ideal for powder grinding, blending, and particle-size reduction
- Commonly used in chemical, pharmaceutical, ceramic, and mineral laboratories
- Valuable for sample preparation in QC/QA labs and R&D departments
- Suitable for milling pigments, catalysts, ores, powders, and analytical samples
- Used in universities and academic research for material science and chemistry experiments
- Ensures reproducible results in the daily laboratory workflow
