United Scientific
Low Form Beakers, Type I, Borosilicate Glass, 250 mL, case/12
- Part Number:
- UN-BG1000-250
- Lead Time:
- 5-7 days
- Shipping:
- FREE SHIPPING on most orders over $50*
- Quantity:
- 12
- Size:
- 250 ml / 8 ounce
- Color:
- clear
- Material:
- borosilicate glass
- Style:
- beaker
- Closure Style:
- stopper
Bulk discount rates
Automatically save when you buy in bulk.
| Buy 6 - 11 | and get 10% off |
| Buy 12 or above | and get 15% off |
Description
These 250mL 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. Includes white printed graduations and a marking area. Tolerance for beakers is approximately +/- 5%. Capacity 250 mL, Graduation Range 25-200 mL, Graduation Interval 25
Low Form Beakers, Type I, Borosilicate Glass, 250 mL are essential laboratory tools engineered for precision and reliability. Crafted from high-quality Type I low-expansion borosilicate glass, these beakers ensure optimal performance in various scientific applications.
With their heavy and uniform wall thickness, these 250 mL beakers provide excellent thermal resistance and chemical durability. The unique design features spouts for effortless pouring and beaded tops that facilitate secure handling. Each beaker comes with white printed graduations and a clearly defined marking area for accurate measurements, making them a dependable choice for labs of all types.
- Made from Type I low-expansion borosilicate glass for enhanced durability.
- Heavy and uniform wall thickness ensures maximum stability and thermal resistance.
- Spout design allows for precise and controlled pouring.
- Includes white printed graduations for easy measurement and a marked area for labeling.
- Tolerance of +/- 5% provides reliable and repeatable results.
- Graduation range of 25-200 mL with intervals of 25 mL for detailed volume assessments.
Equip your laboratory with these high-performance Low Form Beakers, designed to meet your scientific needs while ensuring accuracy and reliability in every use.