Polylab Plastic Volumetric Flask (25ml)

The Polylab Plastic Volumetric Flask (25ml) is a reliable instrument designed for precise volume measurements in laboratory settings. Constructed from high-quality plastic, it guarantees accuracy and durability. Its compact size and lightweight nature make it easy to handle and store. This flask is indispensable for ensuring accurate liquid volume determination in a variety of scientific experiments, offering convenience and reliability to researchers and professionals alike.

Key Features

1. Accurate volume measurement up to 25ml.
2. Durable plastic construction for long-lasting use.
3. Compact design for easy handling and storage.
4. Clear markings for precise readings.
5. Suitable for a wide range of laboratory applications.

Precautions

1. Avoid exposure to extreme temperatures to prevent deformation.
2. Handle with care to prevent accidental damage or breakage.
3. Ensure thorough cleaning before each use to avoid contamination.
4. Use appropriate measuring techniques to maintain accuracy.
5. Avoid using corrosive substances that may damage the plastic material.

Frequently Asked Questions (FAQs)

Question: Can I autoclave the Polylab Plastic Volumetric Flask?
Answer: No, it is not recommended to autoclave this plastic flask as high temperatures can deform the material.

Question: Is the flask suitable for measuring volatile liquids?
Answer: Yes, the flask is suitable for measuring volatile liquids, but ensure proper ventilation to prevent inaccuracies.

Question: Can I use this flask for long-term storage of solutions?
Answer: It’s not advisable for long-term storage as plastic may interact with certain solutions over time.

Question: How should I clean the flask?
Answer: Clean the flask with mild detergent and rinse thoroughly with distilled water before and after each use.

Question: Can I use the flask for measurements other than 25ml?
Answer: While the flask is primarily designed for 25ml measurements, it may offer some accuracy for volumes close to this capacity, but precise measurements may vary.