The High-Quality Natural Agate Mortar and Pestle (4″) is an essential grinding tool for laboratory, pharmaceutical, and material research applications. Made from pure, natural agate, this mortar and pestle set offers exceptional hardness, chemical resistance, and non-contaminating properties, making it ideal for grinding, homogenizing, and mixing fine powders, chemicals, minerals, and biological samples.
With a high-density, polished surface, this agate mortar ensures minimal sample loss while preventing contamination, preserving the purity of sensitive materials. Its smooth interior and precise craftsmanship allow for efficient grinding and uniform particle size reduction, making it the preferred choice for scientific and industrial laboratories, metallurgy, electronics, and pharmaceutical research.
Key Features:
Premium Natural Agate Material – Ensures high durability, purity, and chemical resistance.
4-Inch Size – Compact yet efficient for small to medium sample preparation.
Non-Contaminating & Non-Reactive – Perfect for sensitive chemical and biological samples.
Smooth, Polished Surface – Reduces sample loss and provides effortless grinding.
High Hardness & Wear Resistance – Outperforms ceramic or glass alternatives.
Wide Applications – Used in pharmaceuticals, materials science, geology, chemistry, and R&D labs.
Applications:
Chemical & Pharmaceutical Research – Ideal for grinding active ingredients, chemical compounds, and drug formulations.
Mineral & Metallurgy Analysis – Used for crushing ores, minerals, and metal powders.
Material Science & Nanotechnology – Enables fine powder preparation for advanced research.
Biological & Medical Studies – Supports sample homogenization for microscopy and analysis.
Electronics & Battery Research – Ensures uniform particle size in material preparation.
The High-Quality Natural Agate Mortar and Pestle (4″) is a must-have grinding tool for researchers, chemists, and laboratory professionals, offering exceptional precision, durability, and contamination-free processing.














