Polylab Plastic Volumetric Flask (1000ml)

The Polylab Plastic Volumetric Flask (1000ml) is a dependable tool for precise volume measurement in laboratory settings. Crafted from high-quality plastic, it ensures accurate results while offering durability and chemical resistance. Its ergonomic design facilitates easy handling and pouring, making it suitable for a range of volumetric analysis tasks. With clear markings and a tight-sealing stopper, this flask guarantees reliable measurements and minimal spillage, essential for accurate experimentation and research.

Key Features

1. High-quality plastic construction for durability and chemical resistance.
2. Precise volume measurement up to 1000ml for accurate experimentation.
3. Ergonomic design for easy handling and pouring.
4. Clear markings for effortless volume reading.
5. Tight-sealing stopper to prevent spillage and maintain accuracy.

Precautions

1. Avoid exposing the flask to extreme temperatures to prevent deformation.
2. Clean the flask thoroughly before each use to avoid contamination.
3. Handle the flask with care to prevent accidental damage or breakage.
4. Use compatible chemicals and solutions to prevent damage to the flask material.
5. Store the flask in a dry and secure location to maintain its integrity and accuracy.

Frequently Asked Questions (FAQs)

Question: Can this plastic volumetric flask withstand autoclaving?
Answer: No, it is not recommended for autoclaving due to the plastic material.

Question: Is the flask suitable for use with acidic solutions?
Answer: Yes, the flask is chemically resistant and can withstand acidic solutions.

Question: How should I clean the flask after use?
Answer: Rinse the flask with distilled water and mild detergent, then air dry or wipe with a clean cloth.

Question: Can I use this flask for long-term storage of solutions?
Answer: It is recommended for short-term use; long-term storage may affect accuracy.

Question: Is the volume marking on the flask accurate?
Answer: Yes, the flask is calibrated for precise volume measurement.