Eisco Labs Pycnometer, Calibrated, 10ml - Specific Gravity Bottle With Flat Bottom & Perforated

• 10ML || Pycnometer with a 10ml capacity - A precise method used in density determination
• FOR DENSITY EXPERIMENTS || Designed for use with a working liquid with well-known density, such as water to find the ratio of a mass to its volume (density)
• CALIBRATED || Specific gravity bottle is calibrated at 20°C - Calibrated by means of weighing contained purified water
• STOPPER || Includes perforated stopper and features a flat bottom for spill prevention
• DURABLE & STURDY || Made of high quality Borosilicate 3.3 glass that is built to last. Excellent chemical resistance and strength against breakage. Microwavable and autoclavable - can withstand high temperatures and thermal shocks

Pycnometer with 10mL capacity. A precise method used in density determination. Designed for use with a working liquid with well-known density, such as water to find the ratio of a mass to its volume (density). Specific gravity bottle is calibrated at 20°C. Calibrated by means of weighing contained purified water. Includes perforated stopper and features a flat bottom for spill prevention. Made of high quality Borosilicate 3.3 glass that is built to last and withstand multiple uses.

Measures 1.1" wide, 1.75" tall without the stopper, and 3" tall with the stopper.

Autoclavable, with superior chemical durability. Low temperature gradient- can withstand high temperatures & thermal shocks. Eisco Labs Borosilicate glass has the following heat tolerances: Strain Point -515°C | Annealing Point 565°C | Softening Point 820°C

Eisco Labs proudly manufactures its own products using state-of-the-art equipment, and following the highest standards of quality control.
Each product is carefully designed by a team of laboratory professionals and experienced engineers with quality and durability in mind. They are manufactured with only the highest grade, raw materials and according to international quality standards to ensure that they can withstand use in even the toughest laboratory environments.