Precise analytical performance with the Agilent 9301-0713 syringe for GC injections
The Agilent 9301-0713 syringe is an essential component for gas chromatography laboratories that demand precision, reliability and perfect compatibility with Agilent instruments. Designed specifically to work with Agilent autosamplers, this syringe offers an effective solution for routine analyses and high-throughput applications.
This syringe has a nominal volume of 10 µL, making it particularly suitable for low-volume injections, typically between 1 and 8 µL. This volume choice not only allows for better management of precious or expensive samples, but also significantly reduces injection errors thanks to the syringe's meticulous design.
The 23-gauge needle, with a length of 42 mm, is fixed, ensuring better repeatability and precise alignment with each injection cycle. The conical tip is specifically designed to minimise the risk of septum coring, a common phenomenon that can cause unwanted debris in the chromatography system. This tip allows for smooth penetration of the septum, improving the service life of consumables while reducing maintenance time.
The 9301-0713 syringe is based on stainless steel piston technology, without a PTFE tip, suitable for homogeneous liquids. This configuration ensures a perfect seal in the glass barrel and allows for easy cleaning, helping to reduce carryover between samples.
Its use in GC applications is optimised thanks to the precise design of the piston and needle, which limits operator variability and increases laboratory productivity. Compatibility with Agilent autosampler models, such as the 7693A series, ensures smooth insertion and simplified calibration.
By integrating this syringe into your analytical protocols, you also benefit from Agilent's quality assurance, backed by over 40 years of expertise in chromatography.
Robust, accurate and compliant with the highest standards, the Agilent 9301-0713 syringe is an essential tool for ensuring consistent and reproducible analytical performance in all automated injection operations.
