United Scientific™ (2,000mL) 2 Liter Beaker - Low Form Griffin, Double Scale Graduation Chemistry Glassware, 3.3 Borosilicate Glass Beaker with Pour Spout, Beaded Rim and Autoclavable, 1 Each
- CAPACITY: 2000mL (64oz), Graduation Range: 200-1800mL, Graduation Interval: 200mL, Height: 190mm, Height Tolerence: 2mm, Outer Diameter: 130mm, Outer Diameter Tolerence: 1.75mm
- DURABLE BOROSILICATE GLASS CONSTRUCTION: Our glass beaker is a borosilicate glass beaker made from premium borosilicate glass for excellent thermal resistance and chemical durability. Our beaker glass is autoclavable and withstands heating and cooling cycles, making reliable lab glassware and lab beakers for daily lab use.
- LOW FORM GRIFFIN DESIGN STABILITY: Our low form design enhances balance and control for science beakers used in chemistry glassware applications. Our borosilicate beaker has a wide base for added stability during mixing and heating, helping reduce spills when working with glass beakers. It supports safe handling where reliable lab equipment is required.
- ACCURATE DOUBLE SCALE GRADUATIONS: Our graduated beaker functions as a precise measuring beaker with clear white markings for fast readability. Our measuring glass ensures accurate volume checks, while the glass measuring beaker meets ASTM-E960 standards with ±5 percent tolerance. Our glass lab beaker integrates into chemistry equipment for experiments.
- EASY POURING AND MULTI PURPOSE USE: Our scientific lab instruments feature a molded pour spout for controlled transfers in laboratory equipment setups. Our science beaker doubles as a glass measure cup, fitting any laboratory. Our versatile piece complements glassware collections and makes thoughtful scientific gifts for students and educators.
Our beakers are made from Type I low-expansion borosilicate glass. Beakers feature heavy and uniform wall thickness; spouts designed for easy pouring, and beaded tops. The 20ml and larger sizes also have white printed graduations and a marking area. Tolerance for beakers is approximately +/- 5%.