LevGo Cahn Style Aluminum Microbalance Accessory Pan, 25mm 50mg, 20/pk - 41568-020

$85.00
Description

Description

  • Key performance benefit: Designed for microbalance applications requiring small, lightweight weighing containers.
  • Material & construction: Aluminum construction in a Cahn-style pan format with a 25 mm diameter and an approximate weight of 50 mg.
  • Risk reduction/compliance benefit: Provides a consistent accessory pan format for microbalance weighing.
  • Comfort & usability: Lightweight aluminum pan designed for microbalance use.
  • Safety & compliance assurance: Not specified.

Recommended For

  • Microbalance weighing
  • Laboratory weighing applications
  • Analytical weighing tasks
  • Precision measurement workflows
  • Sample weighing procedures
  • Laboratory research environments

Primary Industries

  • Laboratory Research
  • Analytical Laboratories
  • Scientific Research
SHOW MORE

Properties

Diameter 25 mm
Approximate Weight 50 mg
Material Aluminum
Style Cahn style
Pack Size 100, 20

FAQs

When should these microbalance accessory pans be used instead of standard weighing boats or dishes?

These pans are best suited for microbalance and ultra-sensitive weighing, where minimizing container weight is critical. Their low mass helps reduce measurement interference and improves accuracy for small sample quantities. They are typically chosen over larger boats or dishes when working with milligram or sub-milligram samples in analytical or research environments.

Are these pans compatible with all microbalances?

These pans are designed for typical laboratory microbalance workflows, but compatibility ultimately depends on the balance’s pan size and configuration. Users should confirm that the 25 mm diameter fits within the weighing chamber and does not interfere with draft shields or internal weighing mechanisms before routine use in sensitive measurement procedures.

What types of samples are commonly weighed using these pans?

These aluminum pans are commonly used for weighing small quantities of powders, granules, and other dry laboratory samples. They are well-suited for analytical research tasks that require precise mass measurement, such as sample preparation, formulation work, or experimental analysis in laboratory or scientific research environments.

How should these pans be handled to maintain accurate microbalance readings?

To maintain measurement precision, the pans should be handled with clean forceps or tweezers rather than bare hands. This helps prevent contamination, fingerprints, or moisture transfer that could influence weight readings. Keeping the pans clean and free from residue also supports consistent results during repeated analytical weighing procedures.

What storage practices help preserve the quality of these aluminum pans?

Store the pans in a clean, dry laboratory environment and keep them in their original packaging until needed. Protecting them from dust, chemical vapors, and physical deformation helps maintain consistent performance. Proper storage is especially important for microbalance work, where even minor contamination or damage may affect weighing accuracy.