
Lincon Mortar and Pestle, 90mm Diameter, Soda Lime Glass, 1/Box
SKU: 1383-C
$7.26 incl gst
PRICE BREAKS - The more you buy, the more you save
| Quantity | 1+ | 20+ | 200+ |
| Price | $7.26 | $6.90 | $6.53 |
- Unit: Each
- UOM: EA
Lincon Mortar & Pestle is manufactured from durable soda glass and designed for the efficient grinding, crushing and mixing of laboratory samples during routine scientific procedures. With a 90 mm mortar, it provides a practical working capacity for preparing powders, crystals and other solid materials prior to chemical analysis, testing or experimentation. Suitable for laboratories across Australia, this glass mortar and pestle delivers reliable manual sample preparation for a broad range of laboratory applications. Constructed from smooth soda glass, the mortar provides good resistance to commonly used laboratory chemicals while offering a non-porous grinding surface that is easy to clean after use. The well-balanced pestle allows controlled pressure to be applied during grinding, producing consistent particle sizes and uniform mixtures. Its transparent construction enables clear observation of the sample throughout the preparation process, supporting accurate and repeatable laboratory workflows. The medium-sized bowl provides sufficient capacity for routine sample preparation while remaining comfortable to handle. This mortar and pestle is suitable for chemistry, biology, pharmaceutical and research laboratories, as well as universities, schools and industrial quality control facilities. It is commonly used for grinding dry chemicals, crushing tablets, blending powdered materials and preparing laboratory samples for analytical procedures. Its practical size makes it equally suitable for teaching laboratories and professional scientific environments where reliable sample preparation is essential. Designed for reliable everyday laboratory use, the Lincon Mortar & Pestle combines durable soda glass construction with dependable performance for routine laboratory work. Its practical design, chemical resistance and ease of handling make it a valuable addition to professional, research and educational laboratory settings.
