Tarsons PMP Beaker - 100ml Pack of 12 Pieces (422010)

Description: The Tarsons PMP Beaker (422010) is a specialized laboratory vessel designed with precision and functionality in mind. Crafted from poly methyl pentene (PMP), this beaker offers unique characteristics that make it well-suited for a range of laboratory applications, ensuring reliability and accuracy in liquid handling.

Key Features:

1. Poly Methyl Pentene Construction: The beaker is constructed from poly methyl pentene (PMP), a high-performance polymer known for its exceptional transparency and resistance to a wide range of chemicals. This ensures compatibility with various laboratory reagents.

2. Transparent and Clear Design: The PMP material provides exceptional clarity, making the beaker transparent and allowing for easy visual inspection of the contents. This feature is particularly valuable for precise measurements and observations during experiments.

3. Chemical Resistance: PMP is highly resistant to chemicals, ensuring that the beaker maintains its structural integrity when exposed to a variety of laboratory substances. This chemical resistance makes it suitable for a diverse range of experimental procedures.

4. Accurate Volume Graduations: The beaker is marked with accurate volume graduations, allowing researchers to measure and dispense liquids with precision. These graduations contribute to the reproducibility of experiments and ensure accurate volume control.

Benefits:

1. Exceptional Transparency: The outstanding transparency of PMP allows researchers to clearly see the contents of the beaker. This is crucial for tasks such as visual inspections, precise measurements, and monitoring reactions during experiments.

2. Versatile Chemical Compatibility: PMP's broad chemical resistance ensures that the beaker can be used with various laboratory reagents without the risk of material degradation. This versatility makes it suitable for a wide range of experimental setups.

3. Durability and Longevity: The PMP material, known for its durability, ensures the beaker's longevity under regular laboratory use. Its robust construction withstands routine handling and usage, contributing to reliable and consistent performance over time.

4. Precise Volume Control: Accurate volume graduations on the beaker enable researchers to achieve precise volume control. This is essential for experiments where exact measurements are critical for obtaining reliable and reproducible results.