About Measuring Cylinder Hexagonal Base
| Measuring Cylinder Hexagonal Base |
| Measuring Cylinder Hexagonal Base with Polyethylene stopper, Class A DIN 12685, ISO 4788 Serially numbered with Individual Work Certificate | | | | Cap. ml. | Sub. Div. ml. | Tolerance (±ml) |
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |
|
|
Durable and Highly Resistant MaterialMade from high-quality borosilicate glass, this measuring cylinder is designed to withstand harsh chemicals and high-temperature environments. Its structural integrity makes it a long-lasting asset for repeated laboratory use. The glass provides excellent clarity, allowing easy reading of permanent graduation markings during measurements.
Precision Measurement for LaboratoriesThe measuring cylinders are manufactured to meet Class A or B accuracy according to ISO/ASTM standards. With clear, permanent markings, they ensure precise measurement of liquids in a variety of scientific applications, delivering reliable results in both educational and professional laboratory settings.
Versatile and Easy to UseEach measuring cylinder features a stable hexagonal base to prevent tipping and is available in a range of capacities to accommodate various volume measurements. This equipment is easy to clean, autoclavable, and can be reused multiple times, making it both economical and environmentally friendly.
FAQs of Measuring Cylinder Hexagonal Base:
Q: How do I clean and maintain the borosilicate glass measuring cylinder?
A: Borosilicate glass measuring cylinders are easy to clean using standard laboratory detergents and water. For sterilization, they can be autoclaved due to their high temperature resistance. Ensure the cylinder is thoroughly dried before reuse to maintain measurement accuracy.
Q: What benefits does the hexagonal base provide?
A: The hexagonal base design ensures enhanced stability, reducing the risk of accidental tipping and spillage during liquid measurement, which is especially helpful in busy laboratory environments.
Q: When should I use single versus double scale graduation markings?
A: A single scale is useful for straightforward volume measurements, while a double scale allows users to read graduations from either direction, providing flexibility and convenience in multi-step processes.
Q: Where can these measuring cylinders be used effectively?
A: These cylinders are ideal for laboratory environments, including research, educational institutions, and industrial laboratories, wherever precise liquid volume measurements are required.
Q: What makes borosilicate glass suitable for laboratory applications?
A: Borosilicate glass offers superior chemical and temperature resistance, tolerating thermal stress up to 250C without cracking. This ensures safety, accuracy, and longevity in demanding lab conditions.
Q: How accurate are these measuring cylinders?
A: The cylinders conform to Class A or B accuracy standards according to ISO/ASTM, providing highly precise volume measurements essential for scientific work.