Agilent, 5043-0010, Peristaltic pump tubing for ISIS-DS, PVC Tygon®, 2-stop, black/purple tabs, 2.29 mm id, 1 pack of 12 pcs

Peristaltic pump tubing for ISIS-DS, PVC Tygon®, 2-stop, black/purple tabs, 2.29 mm id, 1 pack of 12 pcs. For use with ISIS-DS on Agilent 7500, 7700, 8800 ICP-MS

Specifications:
Chemical Compatibility: AqueousHF acidStrong acids
Flared: No
Inner Diameter (ID): 2.29 mm
Instrument Compatibility: 750077008800
Number of Stops: 2
Stop Color: Black/Purple
Tubing Material: PVC
UNSPSC Code: 41115411

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Designed for precision fluid handling, this peristaltic pump tubing set enables reliable sample introduction and transfer in laboratory workflows. Featuring PVC Tygon construction, the tubing offers excellent chemical resistance and flexibility for consistent performance across a range of analytical applications. Each unit includes twelve pieces, ensuring convenient replacement and minimal downtime. The 2-stop design with black and purple tabs ensures secure installation and accurate alignment within compatible pump heads. With an internal diameter of 2.29 mm, the tubing supports optimal flow rates for typical sample delivery tasks.

This product is tailored for seamless integration with the ISIS-DS system, making it particularly suitable for use in analytical, environmental, and life science research laboratories utilizing liquid handling automation. Common applications include sample aspiration, reagent addition, dilution protocols, and integration with spectrometric and chromatographic systems. Its compatibility with Agilent and related instruments enhances its versatility in high-throughput and routine analyses. The robust material construction ensures durability during prolonged operation, making it ideal for labs requiring dependable and consistent fluid transfer. Researchers and laboratory technicians benefit from reduced risk of contamination and enhanced reproducibility in sample processing workflows.