PATIKIL Erlenmeyer Flask, 2 Pcs 2000ml 67.6oz Narrow Mouth

PATIKIL Erlenmeyer Flask, 2 Pcs 2000ml 67.6oz Narrow Mouth Graduated Flasks Borosilicate Glass with Printed Graduation for Lab Experiment Chemistry Science Study
- Narrow mouth graduated flasks are versatile and reliable tools for accurately measuring, mixing and storing liquids in a laboratory setting. Glass erlenmeyer flasks are made of good materials. Graduated flasks are strong and durable, with a stable bottom and high transparency. They are widely used in scientific laboratories, education, industrial research and development, etc.
- Specification: Color: Transparent Material: High Borosilicate Glass Capacity: 2000 ml/ 67.6 oz Total High: 280 mm/ 11.02 inch Bottom Diameter: 160 mm/ 6.3 inch Bottle Mouth Outer Diameter: 55 mm/ 2.17 inch Packing List: 2 x Glass Erlenmeyer Flask
- Advantage: [Good High Borosilicate Glass] The erlenmeyer flask uses high borosilicate glass, which is high temperature resistant, chemically stable, and has strong corrosion resistance. [Clear Scale] The scale on the surface of the graduated flasks is clear, allowing precise volume measurement to ensure the accuracy of the experiment. [Narrow Mouth Design] The narrow mouth design of the erlenmeyer flask can prevent experimental liquids from volatilize, and evaporating.
- Instruction: [Easy to Use] The graduated flasks are suitable for beginners and professionals. The glass erlenmeyer flask is also suitable for teaching activities, fun experiments, etc. It is convenient and practical.
- NOTE: 1. Please check the size before purchasing. 2. Please handle glass products with care
Country USA
Brand PATIKIL
Manufacturer PATIKIL
ItemPartNumber ptf231228tt000262
Size 2000ml/66oz
UnitCount 2
ReleaseDate 0000-00-00

Country	USA
Brand	PATIKIL
Manufacturer	PATIKIL
ItemPartNumber	ptf231228tt000262
Size	2000ml/66oz
UnitCount	2
ReleaseDate	0000-00-00

PATIKIL Erlenmeyer Flask, 2 Pcs 2000ml 67.6oz Narrow Mouth Graduated Flasks Borosilicate Glass with Printed Graduation for Lab Experiment Chemistry Science Study