FAQs
What are the advantages of the low form Griffin design?
The low-form Griffin design features a wide diameter and a stable base, making it ideal for mixing, heating, and general laboratory tasks. Its proportions provide better balance on hot plates and lab benches, while the integrated spout supports smoother, more controlled pouring during transfers.
Is this beaker suitable for heating applications?
Yes, the uniform wall thickness helps provide an optimal balance between thermal shock resistance and mechanical strength. This allows the beaker to handle typical laboratory heating applications when proper lab practices are followed, reducing the risk of cracking from rapid temperature changes.
Are the graduations intended for precise measurement?
The double-graduated metric scale is designed for approximate volume measurement rather than precise analytical work. It allows users to quickly estimate liquid volumes during routine procedures, making it suitable for general lab tasks where exact volumetric accuracy is not required.
What makes this beaker durable for industrial environments?
The heavy-duty, industrial-grade glass construction enhances mechanical strength while maintaining thermal resistance. This durability supports repeated daily use in demanding laboratory and industrial settings, helping the beaker withstand routine handling, heating cycles, and cleaning processes without compromising performance.
How does the extra-large marking area improve usability?
The extra-large marking area allows for clear labeling with markers or lab identification stickers, reducing the risk of sample mix-ups. This feature is especially helpful in busy laboratory environments where multiple beakers are used simultaneously, and quick visual identification is essential.
