Agilent, G8410-20013, Tubing, solvent-resistant, 0.187 inch id, 2 m

Tubing, solvent-resistant, 0.187 inch id, 2 m. Tubing, solvent-resistant, 0.187 inch id, 2 m, replacement tubing for waste solvent outlet of rinse station with low volatile organic solvents in rinse station of Agilent SPS 4 autosampler

Specifications:
Chemical Compatibility: AqueousOrganic solvents
Inner Diameter (ID): 0.187 in
Instrument Compatibility: 4100420042105100511058005900770078007850790088008900
Length: 2 m
Tubing Material: Solvaflex
Tubing OD: 0.312 mm
UNSPSC Code: 41113000
Where Used: Waste

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This high-quality solvent-resistant tubing is engineered for reliable fluid transfer in demanding laboratory environments. Featuring an inner diameter of 0.187 inch and a total length of 2 meters, it is designed to ensure chemical compatibility with a wide array of solvents commonly used in analytical and preparative workflows. Its robust construction minimizes the risk of leaks and degradation when exposed to aggressive reagents, making it ideal for HPLC, UHPLC, GC sample introduction, or other liquid handling applications where durability and purity are critical.

This tubing provides consistent internal dimensions to maintain accurate flow rates and optimize instrument performance, supporting reproducible results across various research settings. Its flexibility and resilience support easy routing within instrument panels, benchtop configurations, or custom system assemblies. Frequently employed in laboratories handling organic solvents, buffer solutions, and aqueous media, it is suitable for use with Agilent liquid chromatography systems, solvent delivery modules, and compatible third-party instruments. The tubing can also serve as an upgrade or replacement option for similar diameter connections in existing fluidic setups.

This solvent-resistant tubing is recommended for researchers and technicians seeking reliable, low-maintenance solutions for transferring high-purity liquids in both routine analysis and advanced analytical research workflows.