A glass conical flask 1000ml, commonly known as an Erlenmeyer flask, is a laboratory glassware item widely used in chemistry and other scientific fields.

Glass Erlenmeyer Measuring Flask or Conical Flask 1000mL

• Brilliant transparency.
• Superior resistance to chemicals.
• Contaminants and drastic temperature changes.
• These are among the key properties that enable glass to endure even the toughest laboratory environments.
• Making it an indispensable partner for education and research.
• Narrow mouth with a heavy, tooled rim.
• White enamel graduations are approximately 1000 mL.
• Flask Capacity: 1000ml
• Made by Borosilicate Glass
• Made in China

Key Features of Glass Conical Flask 1000ml:

1. Material: Typically made from high-quality borosilicate glass, which is resistant to thermal shock and chemical corrosion.
2. Capacity: 1000ml capacity, suitable for larger experiments, mixing, and titrations.
3. Shape: Conical design allows for easy mixing by swirling, reducing the risk of spills.
4. Neck: Narrow neck minimizes evaporation and makes it easier to stopper with a rubber stopper or glass stopper.
5. Graduations: Many flasks have graduated markings on the side for measuring liquid volumes.
6. Compatibility: Often compatible with a variety of laboratory equipment, including stoppers, thermometers, and stirrers.

Applications:

• Mixing Solutions: Ideal for mixing chemical solutions, as the conical shape facilitates swirling without spilling.
• Titration: Commonly used in titration experiments due to its easy-to-read graduations and stability.
• Heating: Suitable for use with heat sources, although care should be taken to avoid direct flame contact (unless specified as flame-resistant).

Considerations:

• Quality: When purchasing from China, look for reputable manufacturers and suppliers to ensure quality and safety standards are met.
• Certifications: Check if the flasks meet international standards (like ISO or ASTM) for laboratory glassware.
• Packaging: Ensure that the flasks are well-packaged to prevent breakage during shipping.