Agilent’s engineering and testing efforts focus on these parameters when designing liners for Agilent inlet systems. Intensive liner development and testing have resulted in a set of liners that are recommended whenever new methods are being developed, when methods are being optimized, or…

Agilent fluorocarbon liner O-rings Liners are sealed in the inlet with O-rings or graphite seals Graphite seals are used when inlet temperatures exceed 350°C Fluorocarbon O-ring seals are easier to replace than graphite that deforms and flakes apart Pre-cleaned, then conditioned to eliminate…

Programmable Temperature Vaporizing

Agilent Split/Splitless Inlet Seals ensure that you have a consistent and inert surface to properly seal the inlet and prevent sample degradation. Unlike traditional machined seals, Agilent gold inlet seal has a very reproducible smooth surface, eliminating traces of machining grooves that can be…

Improved reproducibility Precise amount of glass wool in the ideal position traps non-volatile sample residue Glass wool provides extra surface area for vaporization, traps nonvolatile sample residue, and wipes any residual sample from the needle.

Press fit connection to the column No sample exposure to the inlet Included in 8270 EPA application kit Optimized hole size and placement