Industrial

This document introduces the features and characteristics of Agilent OligoPore Columns (THF), including column design, use methods, performance advantages, etc.

This document introduces the simple calibration method of Agilent OligoPore Columns (DMF), using the integrated Agilent PL-GPC 220 GPC/SEC system, using Agilent polyethylene glycol (PEG) narrow standards at 80 °C

This document introduces the simple calibration method of Agilent OligoPore columns. OligoPore columns utilize an innovative medium that exhibits significantly increased pore volumes compared to conventional low pore size columns, resulting in higher resolution in the oligomeric region. OligoPore columns are specifically designed for the analysis and fingerprinting of oligomeric distributions. The composition of Agilent PMMA and PS molecular weight standards and how to characterize the low molecular weight region of OligoPore calibration through calibration are also described in this document.

Agilent PLgel MiniMIX Columns Technical Overview, introduces the features of Agilent PLgel MiniMIX Columns, including high performance, excellent solvent compatibility and mechanical stability, as well as reduced solvent consumption, increased operator safety and reduced solvent disposal costs.

This document is about Agilent PLgel MIXED Columns technical overview

This document introduces the features and advantages of the Agilent PLgel MIXED-C columns, including a linear calibration range of up to 2 million MW, high resolution, rapid solvent exchange capability, excellent temperature stability, and high resolution. The advantage of choosing the appropriate sample concentration is demonstrated by analyzing a broad polystyrene sample.

Agilent PLgel 10 µm MIXED-B columns are designed for high MW polymer analysis and demanding eluent conditions. The columns cover a wide range of molecular weights, up to 10 million, with a linear calibration curve. It is particularly useful for molecular weight distributions where slightly higher than average MWs are encountered. The 8–10 µm particle size provides good resolution with relatively low pressures for enhanced lifetimes in demanding conditions.

This document introduces the features and characteristics of Agilent PLgel Columns, including high pore volume, high efficiency, wide solvent compatibility and outstanding physical rigidity.

Narrow bore GPC columns from Polymer Laboratories, now a part of Varian, Inc., offer high performance, excellent solvent compatibility and mechanical stability. These columns can be used with conventional GPC equipment and provide high performance, comparable to PL’s conventional ID columns, the benefit of ~ 70 % reduction in solvent consumption, increased operator safety and reduced solvent disposal costs.

The document introduces Agilent PLgel Individual Pore Size Columns, a high resolution GPC column that offers high resolution over a specific molecular weight range. The document also provides PLgel individual pore size columns polystyrene molecular weight calibration curves that can be used to determine the molecular weight range over which optimum resolution will be achieved.

This document describes the linear calibration curves for Agilent PLgel MIXED columns. These columns use a mixture of pore size materials to cover a broad range of molecular weight and eliminate column mismatch through linear calibration.

This document introduces the features and performance of PLgel columns, including high pore volume and efficiency, wide solvent compatibility and excellent physical rigidity.

This document introduces the relationship between column efficiency and solvent transfer for Agilent PLgel columns.

This document introduces the features of the LM1085 series low dropout positive voltage regulators, including adjustable and fixed versions, which can provide 3.3V, 5.0V and 12.0V output voltages, with current limiting and thermal protection.

The PLgel individual pore size GPC columns offer high resolution over a specific molecular weight range.