Description

Premium Borosilicate Glass Conical Flask – High-Thermal Erlenmeyer Flask

Optimize your laboratory operations with our professional-grade Glass Conical Flask. Masterfully crafted from high-purity borosilicate glass, this classic Erlenmeyer flask features a narrow neck and a wide, flat base. This iconic geometric design provides exceptional stability while allowing for vigorous swirling and mixing of liquids without the risk of spillage. It is an indispensable asset for any scientific, educational, or industrial testing environment.

Key Applications:

• Liquid Swirling & Titrations: The conical shape makes it the industry standard for manual titrations, allowing solutions to be swirled smoothly and continuously without splashing.

• Safe Heating & Boiling: Engineered with uniform wall thickness to withstand direct heating over Bunsen burners and hot plates, making it ideal for boiling solutions and media preparation.

• Chemical Reactions & Storage: Completely inert glass construction resists chemical corrosion from strong acids, bases, and volatile solvents. The narrow neck easily accommodates rubber stoppers, corks, or sealing films for safe storage.

• Media & Culture Preparation: Highly suitable for preparing and autoclaving nutrient broths or chemical solutions in microbiological and industrial labs.

Product Features:

• Industrial-Grade Borosilicate Glass: Boasts high resistance to thermal shock, preventing cracking or breaking when exposed to rapid temperature differentials.

• Reinforced Narrow Neck: Designed with a thickened, heavy-duty rim to resist chipping from accidental impacts and to ensure a secure fit for stoppers.

• High-Contrast Graduations: Features highly legible, permanent white enamel graduation marks for quick volume estimation and a large marking spot for easy sample labeling.

⚠️ Safety and Handling: Always inspect the glassware for hairline cracks, deep scratches, or chips before applying heat; compromised glass can fail under thermal stress. Never heat an empty flask or subject hot glassware to sudden cold temperatures. Always wear proper Personal Protective Equipment (PPE), including safety goggles and heat-resistant laboratory gloves when handling hot or reactive chemicals.