Polylab Plastic Beaker (Printed Graduation / 250ml)

The Polylab Plastic Beaker (Printed Graduation / 250ml) stands out as a reliable tool for precise measurements in laboratory environments. Crafted from durable plastic, it guarantees longevity and safety in various scientific applications. With printed graduations for accurate readings, this beaker facilitates meticulous experimentation and analysis. Its 250ml capacity strikes a balance between versatility and efficiency. Whether for educational purposes or professional research, this beaker ensures convenience and accuracy, enhancing workflow and reliability in scientific endeavors.

Key Features

1. Printed Graduations: Clear markings for accurate measurements.
2. Durable Construction: Made from sturdy plastic for long-term use.
3. 250ml Capacity: Versatile size suitable for various experiments.
4. Easy Handling: Lightweight design for convenient manipulation.
5. Chemical Resistance: Withstands a range of laboratory chemicals for reliable performance.

Precautions

1. Avoid Extreme Temperatures: Plastic may deform under extreme heat or cold.
2. Chemical Compatibility: Verify compatibility with intended substances to prevent reactions.
3. Proper Cleaning: Thoroughly clean before and after each use to avoid contamination.
4. Avoid Abrasive Materials: Use soft brushes or sponges to prevent scratching.
5. Handle with Care: Prevent dropping or mishandling to avoid damage or spills.

Frequently Asked Questions (FAQs)

Question: Is the beaker microwave-safe?
Answer: No, it’s not recommended for microwave use due to potential deformation.

Question: Can it withstand high temperatures?
Answer: While it can handle moderate temperatures, avoid extreme heat to prevent deformation.

Question: Is the graduation printing durable?
Answer: Yes, the printed graduations are designed to withstand regular use and cleaning.

Question: Can I use it for acidic or basic solutions?
Answer: Yes, the beaker is resistant to a wide range of laboratory chemicals, including acids and bases.

Question: Is it suitable for autoclaving?
Answer: No, avoid autoclaving as it may compromise the integrity of the plastic.