Beakers in glass – with graduation and pouring spout (10 ml – 10,000 ml)
GLASSCO beakers in glass are ideal for laboratories where durability and heat resistance are important. This beaker is made from Borosilicate Glass 3.3 (ASTM E438 Type 1, Class A), ensuring reliable performance even under demanding conditions. The borosilicate glass gives the beaker excellent chemical resistance and thermal properties, allowing you to heat and cool liquids without the risk of glass breakage. With temperature tolerance from -70°C to 350°C, these beakers can be used in a wide range of laboratory procedures.
Easy labelling of beakers
The beaker has a uniform wall thickness, making it useful for working with heated liquids. The graduation in white ensures clear reading of the volume. In addition, the beaker has a writing field compatible with standard pens, making it easy to label and keep track of samples. Please note, however, that the 5 and 10 ml beakers do not have graduations.
Autoclavable and robust
You can autoclave the beaker, making it suitable for sterile environments. It is resistant to chemical influences and is a reliable solution for both routine work and more demanding analyses.
Quality and compliance with industry requirements
This beaker meets several international standards, including ISO 3819, DIN 12 331, ASTM E960 and USP.
Different sizes
You can buy the beaker in sizes from 10ml to 10,000ml, so you can choose the capacity that best suits your lab needs. The number of glasses per pack depends on the volume of the beaker.
Specifications for GLASSCO beakers in glass
- Glass: ASTM E438 TYPE 1, Class A, Borosilicate glass 3.3.
- BORO 3.3 glass can withstand temperatures from -70°C to 350°C.
- Approvals: ISO 3819, DIN 12 331 ASTM E960 and USP.
- With graduation and writing field for regular ballpoint pen. However, there are 5 and 10 ml beakers without graduation marks.
- Low form.
- With pouring spout.
- Has a uniform wall thickness in the glass.
- The beaker has excellent thermal properties and is very robust in relation to chemical influences.
- Autoclavable.
