HP-C18——Reversed-Phase Chromatography Silica Gel

Name: HP-C18——Reversed-Phase Chromatography Silica Gel
Brand: Jiangsu Haipu Functional Materials Co.,Ltd.

Haipu New Materials' C18 chromatographic packing employs high-purity spherical silica gel as the matrix, with a particle size specification of 10 μm. It offers pore size parameters including 100 Å, 120 Å, 200 Å, and 300 Å, all complying with pharmacopoeia standards. The product undergoes diverse end-capping technologies to adapt to analytical needs of different samples. Its innovative functional group chemical bonding process effectively avoids the composite structure of traditional C18 molecular layers. Owing to the uniform stationary phase coating design, it significantly enhances the selectivity and resolution of component separation.

This packing exhibits excellent mechanical properties, characterized by high pressure tolerance, low system backpressure, and outstanding separation efficiency even under high flow rates. It also demonstrates superior physicochemical stability and excellent batch-to-batch reproducibility, meeting the application requirements from laboratory R&D, pilot-scale amplification to industrial production.

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Product Features

Haipu New Materials' C18 chromatographic packing employs precisely controlled monolayer construction and end-capping processes, enabling efficient separation of acidic, neutral, and basic compounds, as well as complex samples such as polypeptides. The core material uses high-purity silica gel matrix (metal impurity content<10 ppm), ensuring matrix cleanliness and chemical stability.

Product Characteristics:

Excellent Batch-to-Batch Reproducibility: Rigorous manufacturing processes guarantee high consistency in performance across different batches.

Superior Mechanical Strength: Capable of withstanding high-pressure operating conditions, suitable for high-flow-rate analytical requirements.

Outstanding Separation Selectivity and Column Efficiency: The uniform bonding layer design significantly enhances the separation capability for complex components, with remarkable performance in trace substance detection.

This packing fully meets the application requirements for the entire process from laboratory analysis to industrial production.