Agilent, G8411-67118, AVS MS sample loop tubing, PFA, 2.18 mm id, 1/8 inch od, 5 m

AVS MS sample loop tubing, PFA, 2.18 mm id, 1/8 inch od, 5 m. For manual assembly of wide bore sample loop. Requires black flangless tube fitting and ferrule (5023-1527). Used on Agilent 7800, 7850, 7900, 8900 with AVS MS (formerly ISIS 3) switching valve.

Specifications:
Chemical Compatibility: AqueousOrganic solventsStrong acids
Inner Diameter (ID): 2.18 mm
Instrument Compatibility: 79008900
Length: 5 m
Outer Diameter (OD): 3.175 mm
Tubing Material: PFA
Tubing OD: 0.125 in
UNSPSC Code: 41113000
Where Used: ISIS 3

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This precision-manufactured sample loop tubing is crafted from high-purity PFA and features a 2.18 mm inner diameter with a 1/8 inch outer diameter. Supplied in a convenient 5 meter length, it is specifically designed for accurate and reliable sample transfer in advanced mass spectrometry workflows. Its inert construction ensures compatibility with aggressive chemicals and prevents sample contamination, making it ideal for challenging environments or applications demanding the highest purity. Suitable for various analytical research applications, including elemental and organic analysis, it supports consistent flow and reliable performance in automation systems.

This tubing is commonly used in conjunction with Agilent Atomic Vaporization Sampler (AVS) modules within inductively coupled plasma mass spectrometry setups, and is fully compatible with a wide range of Agilent MS sample introduction systems. Its flexibility and durability make it well-suited for laboratory tasks such as automated sample injection, calibration solution delivery, and continuous sample introduction. For optimal system configuration, this product may be paired with Agilent AVS accessories, connectors, and other related sample introduction components, allowing laboratories to maintain system integrity and achieve high-throughput results with reduced risk of carryover or loss. This product offers seamless integration into existing trace analysis workflows demanding precision and purity.