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1212, Block B, Yuhua Building, 196 Zhenhua Road, Xihu District, Hangzhou City
Hangzhou Hanze Instrument Co., Ltd
1212, Block B, Yuhua Building, 196 Zhenhua Road, Xihu District, Hangzhou City
Accelerate your insight-Compared to traditional SEC/GPC, the ACQUITY APC system, when paired with an ACQUITY APC chromatography column, can achieve ultra-low system dispersion, allowing your development laboratory, production operations team, and customers to obtain results 5 to 20 times faster, thereby shortening the experimental turnaround time for polymer samples.
Accurate data helps you make informed decisions-Compatible with multiple specific detection techniques (differential refractive index, UV/Vis, PDA, ELS) and third-party * detectors (such as multi angle light scattering and viscometer) to help you gain a deeper understanding of your polymer samples. By precise flow delivery through the isocratic solvent manager, you can always obtain accurate molecular weight (MW) data.
Optimize method development to overcome harsh conditionsDeveloped through rapid automatic solvent switching and compatible strong solvent optimization methods, it helps to cope with harsh separation conditions in polymer analysis.
Using integrated systems to improve laboratory efficiency-By integrating multiple applications in one system, including basic liquid chromatography (LC), gradient, isocratic, reverse phase and gel permeation chromatography (GPC), the analytical range is expanded and laboratory efficiency is improved.
Simplify column management-Simplify and optimize the calibration of tandem chromatography columns, providing standard samples that match the molecular weight range of tandem chromatography columns. Diversified column management functions: It can automatically select from up to two sets of ACQUITY APC columns in series and up to two sets of traditional GPC columns in series. All columns are installed in a stable constant temperature environment.
Recommended use:Used for high separation characterization of polymers and oligomers based on volume exclusion chromatography.