LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2

The LLG Mixing Cylinders 10 mL Tall Form are designed from high-quality Boro 3.3 glass, providing durability and excellent chemical resistance. Certified as Class A, these cylinders ensure precise and reliable measurements. The tall form design reduces the meniscus effect, improving measurement accuracy, while the blue scale enhances visibility for easy reading. Featuring a PE stopper, this pack of 2 is perfect for small-volume liquid handling in chemical, pharmaceutical, and educational laboratories, offering high accuracy and convenience in laboratory environments.

Key Features:

• Brand: LLG Labware
• Material: High-quality Boro 3.3 glass for superior chemical resistance and durability
• Capacity: 10 mL for small-volume liquid handling
• Design: Tall form design to reduce the meniscus effect for better accuracy
• Certification: Class A for high-precision measurements
• Scale: Blue scale for easy visibility of measurements
• Stopper: PE stopper for secure sealing
• Pack Size: Pack of 2 for high-frequency use
• Application: Ideal for chemical, pharmaceutical, and educational laboratory experiments requiring precise small-volume liquid handling

The LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale (Batch Certified, Pack of 2) ensures accurate and reliable measurements for small-volume laboratory applications.

Frequently Asked Questions

1. What is the LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2 used for?

It are designed from high-quality Boro 3.3 glass, providing durability and excellent chemical resistance. Certified as Class A, these cylinders ensure precise and reliable measurements. The tall form design reduces the meniscus effect, improving measurement accuracy, while the blue scale enhances visibility for easy reading. Featuring a PE stopper, this pack of 2 is perfect for small-volume liquid handling in chemical, pharmaceutical, and educational laboratories, offering high accuracy and convenience in laboratory environments.

2. Is the LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2 suitable for chemical, pharmaceutical, and educational laboratory experiments requiring precise small-volume liquid handling?

Yes. It is designed for chemical, pharmaceutical, and educational laboratory experiments requiring precise small-volume liquid handling, and offers a capacity of 10 mL for small-volume liquid handling to support this kind of work.

3. What capacity does the LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2 have?

It has a capacity of 10 mL for small-volume liquid handling, and is supplied under manufacturer part number 4686218.

4. What is the LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2 made from and what features does it include?

It is made from high-quality Boro 3.3 glass for superior chemical resistance and durability. It also offers tall form design to reduce the meniscus effect for better accuracy, class A for high-precision measurements and blue scale for easy visibility of measurements.

5. How does the LLG Mixing Cylinders 10 mL Tall Form Boro 3.3 Class A with PE Stopper Blue Scale Batch Certified, Pack of 2 compare with the ISOLAB Mixing Cylinder 25 mL Tall Form Glass Class A with PP Stopper Blue Scale Batch Certified from ISOLAB?

For chemical, pharmaceutical, and educational laboratory experiments requiring precise small-volume liquid handling, the LLG model is the better choice, offering a capacity of 10 mL for small-volume liquid handling. The ISOLAB model offers a capacity of 25 mL, a height of 195 mm and a tolerance of 0.25 ± mL as an alternative, while the LLG model's tall form design to reduce the meniscus effect for better accuracy and class A for high-precision measurements help make it a strong fit for chemical, pharmaceutical, and educational laboratory experiments requiring precise small-volume liquid handling.