Normax Volumetric Pipette 34 337 08 (10 mL)

Normax Volumetric Pipette 34 337 08 (10 mL)

The Normax Volumetric Pipette 34 337 08 provides Class A accuracy for fixed-volume liquid transfer. It delivers precise 10 mL volumes for analytical and routine laboratory work. Normax manufactures this pipette from soda-lime glass to ensure high clarity, durability, and dependable chemical resistance.

The one-mark design guarantees accurate volume delivery. Blue printed graduation improves visibility and supports correct meniscus alignment. This pipette complies with ISO 648 Class A standards. Each unit includes a Certificate of Performance for verified and traceable calibration. The red colour code allows quick and reliable size identification.

Key Features

• Class A accuracy compliant with ISO 648
• One-mark design for precise 10 mL delivery
• Soda-lime glass with good chemical resistance
• Blue printed marking for clear meniscus reading
• Red colour code for fast size identification
• Certificate of Performance included
• Suitable for analytical and quantitative laboratory work

Specifications

• Brand: Normax
• Model: 34 337 08
• Capacity: 10 mL
• Accuracy class: Class A
• Material: Soda-lime glass
• Type: One mark (fixed volume)
• Marking: Blue printing
• Colour code: Red
• Standard: ISO 648
• Certificate: Included
• Chemical resistance: Good
• Autoclavable: Yes

Applications

• Analytical chemistry and standard solution preparation
• Titration and volumetric analysis
• Pharmaceutical quality control laboratories
• Environmental testing and calibration work
• Academic teaching and laboratory training

Handling and Maintenance

Rinse with distilled or deionized water before use.
Avoid abrasive cleaning to protect printed markings.
Hold the pipette vertically for accurate readings.
Store in a pipette rack to prevent damage.

Conclusion

Normax Volumetric Pipette 34 337 08 (10 mL) delivers reliable Class A accuracy with clear markings and durable glass construction. It is well suited for professional laboratory applications requiring fixed-volume precision.