High Aluminia, Pestle (American Design)

SKU: 19501.1 Category:

Description

Catalog Number length (mm)
19501.1/01 38
19501.1/02 57
19501.1/03 65
19501.1/04 74
19501.1/05 100
19501.1/06 125
19501.1/07 150

The MEDILAB High Alumina Pestle (American Design) is a precision-crafted grinding tool designed for effective crushing, mixing, and homogenization of laboratory samples. Manufactured from high-density aluminia, it delivers exceptional hardness, durability, and chemical resistance for routine and advanced analytical workflows. Its ergonomic American-style design ensures smooth handling and consistent performance, making it indispensable for research, pharmaceutical, chemical, and quality-control environments.

 Key Features

  • Premium Aluminia Construction: High hardness and outstanding wear resistance for extended laboratory use.
  • American Design Ergonomics: The Tapered shape provides superior grip and controlled grinding motion.
  • Chemically Stable: Non-reactive with most laboratory chemicals, ensuring contamination-free sample preparation.
  • Smooth Polished Surface: Prevents sample sticking and minimises material loss.
  • High Strength & Durability: Withstands repeated grinding without chipping or abrasion.
  • Compatible with Various Mortars: Suitable for porcelain, alumina, and stone mortars used across laboratories.

Material Specifications

  • Material: High-purity Alumina (Al₂O₃)
  • Mechanical Properties: High compressive strength, Excellent abrasion and impact resistance
  • Chemical Properties: Resistant to acids, solvents, and most reagents. Non-porous to prevent sample absorption
  • Thermal Properties: Stable under moderate heating, Resistant to thermal fatigue (avoid sudden temperature shifts)
  • Standards Compliance: Manufactured in accordance with ISO and ASTM laboratory ware guidelines

Technical Specifications

  • Available Sizes: Multiple lengths and diameters to match standard American-design mortars
  • Dimensions: Uniform cylindrical body with rounded grinding end
  • Tolerance: Precision-machined to achieve consistent shape and balance
  • Calibration: Not applicable to manual grinding tools
  • Packaging: Individually packed with protective cushioning. Export-grade outer packaging for bulk shipments
  • Accessories Included: Pestle only (matching mortar available separately)

Handling & Precautions

  • Safe Use: Apply controlled downward and circular pressure during grinding
  • Cleaning Instructions: Wash with mild detergent and rinse with distilled water. Air-dry completely before storage
  • Autoclaving/Heating Limits: Autoclavable; avoid exposing to extreme thermal shock
  • Do’s & Don’ts: Do: Inspect for chips; handle with care on hard surfaces. Don’t: Use with hydrofluoric acid (HF) or extremely corrosive reagents
  • Best Practices: Pair with compatible alumina or porcelain mortars for optimal results. Clean before analytical or high-purity testing

 Applications

  • Pharmaceutical Laboratories: Crushing tablets, APIs, intermediates
  • Chemical & Petrochemical Labs: Grinding catalysts, pigments, mineral samples
  • Biotechnology & Life Sciences: Homogenizing biological materials and reagents
  • Academic & Institutional Research: Routine experiment preparation and training
  • QC/QA Laboratories: Essential for preparing consistent samples for analysis
    This pestle supports accurate and uniform grinding, contributing directly to reliable experimental outcomes and high-quality scientific results.

Why Choose MEDILAB

  • 35+ Years of Expertise in manufacturing precision laboratory instruments
  • Trusted Worldwide: Exported to over 40 countries across all scientific sectors
  • Superior Manufacturing Quality meeting international standards
  • OEM & Private Labeling Options for distributors and global brands
  • Consistent Performance & Reliability backed by rigorous quality checks
  • Strong, Secure Packaging ensuring safe global delivery

MEDILAB’s High Alumina Pestle is engineered for professionals who require dependable, contamination-free grinding tools for daily laboratory operations.