Agilent, 3710068200, Aqueous PVC Peristaltic pump tubing, 2 tabs, orange/green, 0.38 mm id, for aqueous samples,12/pk

Aqueous PVC Peristaltic pump tubing, 2 tabs, orange/green, 0.38 mm id, for aqueous samples,12/pk

Specifications:
Chemical Compatibility: AqueousHF acid
Flared: No
Inner Diameter (ID): 0.38 mm
Instrument Compatibility: 4100420042105100511058005900700 series
Length: 450 mm
Number of Stops: 2
Stop Color: Orange/Green
Tab Separation: 150 mm
Tubing Material: PVC
UNSPSC Code: 40183000

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Optimize sample transfer in your laboratory workflows with this high-quality aqueous PVC peristaltic pump tubing, designed with two tabs and color-coded in orange and green for easy identification. Featuring an internal diameter of 0.38 mm, this tubing is ideal for precise delivery and handling of aqueous solutions, making it an essential consumable for liquid handling tasks where accuracy and reproducibility are critical. Designed to meet the demands of analytical laboratories, this tubing is suitable for consistent sample introduction in instruments such as atomic absorption spectrometers, flow injection analyzers, and other automated sampling systems. Its durable construction ensures compatibility with a range of aqueous media while minimizing the risk of contamination and carryover. Each pack contains 12 pieces, allowing for routine replacement to maintain optimum instrument performance. This tubing integrates seamlessly with a variety of peristaltic pump-driven systems used in environmental, pharmaceutical, and clinical research. It can be used alongside other Agilent sample introduction accessories and consumables to support a robust analytical workflow. Choose this reliable tubing for reproducibility in analytical applications requiring the accurate and contamination-free transfer of aqueous samples, and enhance confidence in your research or quality control processes.