Erlenmeyer Flask Glass N/N

Erlenmeyer Flask with a narrow neck (N/N) in a laboratory setting offers several benefits, including:

Reduced Evaporation and Contamination

Minimizes Evaporation: The narrow neck reduces the surface area exposed to air, minimizing evaporation of volatile substances.

Prevents Contamination: The narrow neck makes it more difficult for contaminants, such as dust and bacteria to easily enter the flask.

Improved Handling and Safety

Easier Handling: the narrow neck provides a secure grip,making it easier to handle the flask, especially when containing hot or hazardous materials

Reduced Risk of Spills: The narrow neck reduces the risk of spills and accidents, as it is more difficult for liquids to splash out.

Made of Pyrex, Borosilicate Glass: Resistant to Corrossion, pyrex glass is highly resistant to chemical corrosion, making it ideal for use with harsh chemicals.

Non- Reactive: Pyrex glass is non-reactive, meaning it won’t contaminate samples or react with chemicals.

Thermal Shock Resistance

High Thermal Shock Resistance: Pyrex glass can withstand  extreme temperature changes without breaking or shattering.

Safe for Heating and Cooling: Pyrex Glass is safe for use with heat sources, such as Bunsen burners, Magnetic Hotplate Stirrer etc, and can withstand rapid cooling.

Temperature limits for Borosilicate Glass: Erlenmeyer Flasks

Maximum Temperature: 500 degrees celicious for short periods (e.g 30minutes)

Recommended temperature: 450 degrees celicious for prolonged periods, e.g several hours

Safe Temperature range: 20 degrees celicious  to 400 degrees celicious for general laboratory use