4 Pack Glass Erlenmeyer Flask 1000ml with Screw Cap Lid - Conical Shape White Graduations for Laboratory School Teachers Students

Features: Leak-proof GL45 thread cap: Each glass conical flask comes with a secure polypropylene (PP) blue threaded cap (GL45 thread) to prevent spillage, ideal for culturing or mixing. Autoclavable and reusable: These glass conical flasks can withstand high temperatures - a cost-effective long-term solution for labs and schools. Specifications: Material: soda-lime glass (neutral material) Color: Glass conical flask: clear Lid: blue Size: the bottom diameter is about 4.92 inches and the height is about 8.27 inches. Capacity: is about 1000ml Package includes: 4 x Glass Erlenmeyer flasks Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays.

• Thoughtful Packaging: our glass erlenmeyer flasks come in a 4 piece set, each individually packed in a foam bag to ensure their safety during transit; The thoughtful packaging enhances the value of your purchase, ensuring the beakers arrive ready for immediate use
• Volume and Size: 1000ml / 33.8oz, he base diameter of about 4.92 inches and height of approximately 8.27inchesThe suitable size makes the beakers ideal for large quantities, regardless of the task at hand
• Reliable Material: the glass conical bottles are made of soda-lime glass (neutral material) and are equipped with a GL45 blue screw cap to ensure safety and reliability, chemical resistance, thermal stability and crack resistance
• Convenient Design: Standard conical flasks are equipped with permanent white enamel scales for measuring volume and come with a white identification box for marking or coding, which is easy to identify and will not fade easily.
• Versatile Laboratory Essentials: these standard glass erlenmeyer flasks come with polypropylene screw caps and can be applied to store culture specimens and culture media; Ideal for microbiology (cell culture), media preparation, chemical mixing, educational experiments and industrial applications