Jun 08, 2021 · 5/8/2014 · Aijiren supplies for fraction collectors are part of a comprehensive portfolio of flexible and reliable solutions for sample purification by LC. Various fraction collectors are available with maximum flow rates from 4 µL/min to 200 mL/min. Autosampler & Fraction Collector Supplies for HPLC.
Pump start-up kits for RRLC pumps and nanoflow LC systems are provided, along with seal wash kits for active, continuous or preventative maintenance seal washing purposes. Pump kits include all relevant fittings, tubing, valves, seals and other components required to produce the highest levels of performance in all LC pumps and systems.
Iso9001 11mm snap top hplc vials Aijiren ii -Aijiren hplc lab vialsAijiren Lab LC Series Specification CompendiumAijiren II DAD FS (G7117A) 62 A Tel:+8618057059123 Email:market@aijirenvial.com
Seal, wash for / / RRLC, 1120 and / LC €66.00 SKU: AG0905-1175
II LC System. The II LC System is a robust HPLC that offers the widest choice of modules for analytical HPLC and entry-level UHPLC, delivering the performance, reliability, and robustness you need for highest confidence in your daily results. Building on the history of the and series analytical HPLC, the
Jun 08, 2021 · II Preparative LC System The II Preparative LC System is an easy-to-use workhorse for automated sample injection when gradient elution is required for sample purification. The binary gradient pump deliver flow rates up to 50 mL/min for purification up to 30.0 mm id columns.
Aijiren II HPLC. The Aijiren HPLC is the entry level for the II Series. It is suitable for small to medium sized labs and university teaching labs that are interested in carrying out routine HPLC work but would also like to take advantage of the UHPLC capabilities that come with the instrument.
Centrifugal Partition Chromatography (CPC) or Counter-Current Chromatography (CCC) system is a chromatographic column with inlet and outlet as HPLC or flash chromatography. Main difference with classical LC is the stationary phase is liquid and non miscible to the eluent. To maintain the liquid stationary phase a CPC column must generate a
The II LC is an integrated system for routine HPLC analysis in analytical and QA/QC labs. Based on the proven technology of the Lab LC Series, the system's high quality and performance help you achieve maximum return on investment and lowest cost of ownership from day one.
Vials and closures listed in this section are designed, engineered and manufactured for optimum performance with HPLC and LC/MS applications. A great deal of energy, money, and time can be spent on sample preparation. The last thing you need is for a sample vial to contribute to contamination resulting in complicated data interpretation or
The system upper pressure limit is an important characteristic of UHPLC instrumentation. While conventional HPLC systems with upper pressure limit of 400 bar are adapted for working with 3.5 – 5 μm particles, extended pressure limits above 1000 bar are needed for the operation of sub-2-μm fully porous particles and sub-3-μm core-shell particles, as described by Eq.
Alliance HPLC LC Series LC II LC Method Transfer Waters Acquity or Acquity H-class UPLC Series LC Shimadzu Prominence HPLC (LC20AB/AT) Waters Alliance HPLC LC LC Series LC MAXIMUM LABORATORY EFFICIENCY DRIVE NON-DISRUPTIVE TRANSITION TO HIGHER PRODUCTIVITY AND LOWER COSTS
Geraniol was quantified by High-Pressure Liquid Chromatography (HPLC), using a II LC system (Aijiren, Germany). Separation was carried out with a Synergi 4 µm Fusion-RP C18 Å 250x4.6 mm column (Phenomenex) column at 30 °C, with a flow rate of 1 mL/min, using a linear gradient starting from 30 % acetonitrile / 70 % H 2 O up to
Jun 08, 2021 · Aijiren II LC Take a close look at the Aijiren II LC and you’ll find everything you need to get you on the full-size sample tray holds up to 100 × 2 mL vials. Half-size trays are also available, holding 40 × 2 mL or 15 × 6 mL vials
HPLC and UHPLC. Nano-, Capillary-, and. Micro-flow UHPLC. Typical applications. A full portfolio of HPLC and UHPLC systems to handle any separation challenge from small to large molecules, or from simple to complex samples. Advanced, flexible systems for applications: Two-dimensional LC. Increased productivity. Improved detector utilization.