Thermo Scientific HYPERSIL 25008-254630金系列色譜柱 - 長度250mm，ID4.6毫米，粒徑為8μm

Thermo Scientific HYPERSIL金系列色譜柱 - 長度250mm，ID4.6毫米，粒徑為8μm

Thermo Scientific  Hypersil GOLD Column - Length 250mm, 4.6mm ID, 8μm particle size

所有分析提供了出色的峰形

提高敏感性和改進(jìn)分辨率

可在各種化學(xué)物質(zhì)和顆粒大小，以滿足您的需求

可靠性使這些完美的方法開發(fā)

Thermo Scientific HYPERSIL GOLD色譜柱根據(jù)嚴(yán)格的協(xié)議，并已通過嚴(yán)格的質(zhì)量控制測試，以確保您獲得最好的柱和業(yè)績幾年來。這些列提供了各種各樣的化學(xué)物質(zhì)和顆粒大小，靈活性和增強(qiáng)滯留。

1.9微米粒徑色譜柱提供優(yōu)于傳統(tǒng)的3 - 5微米的顆粒柱在高流速，從而減少分析時(shí)間，同時(shí)維護(hù)效率。這些亞2微米色譜柱允許使用較短的色譜柱長度和更高的分辨率，更快的分析時(shí)使用較長色譜柱時(shí)的Thermo Scientific HYPERSIL GOLD PFP色譜柱提供了出色的峰形和選擇性氟化和其他鹵代化合物。這些列也特別有用的非鹵代芳族化合物，含有羥基，羧基，硝基，或其它極性基團(tuán)，或難以分離的混合物，包含密切相關(guān)的鹵化和極性化合物。為2至8的pH范圍內(nèi)是穩(wěn)定的。

1.9微米粒徑色譜柱提供優(yōu)于傳統(tǒng)的3 - 5微米的顆粒柱在高流速，從而減少分析時(shí)間，同時(shí)維護(hù)效率。這些亞2微米色譜柱允許使用較短的色譜柱長度和更高的分辨率，更快的分析時(shí)使用較長色譜柱時(shí)的。Thermo Scientific HYPERSIL金色譜是基于二氧化硅的，包含偶數(shù)表面，減少不必要的二級和三級互動。這減少的相互作用，減少峰拖尾，同時(shí)保持C18選擇性。出色的峰對稱性提高了靈敏度，使峰積分計(jì)算更容易。穩(wěn)定PH范圍1-11。

Provides outstanding peak shape for all analytes

Increased sensitivity and improved resolution

Available in a variety of chemistries and particle sizes to fit your needs

Reliability makes these perfect for method development

Thermo Scientific Hypersil GOLD columns have been designed under strict protocols and go through strict quality control testing to make sure that you receive the best column and results for years to come. Available in a wide array of chemistries and particle sizes, these columns provide flexibility and enhanced retention.

The 1.9-μm particle size columns offer advantages over the traditional 3- and 5-μm particle columns operating at higher flow rates thus reducing the analysis time while maintaining efficiency. These sub-2 micron columns allow for quicker analysis when using shorter column lengths and improved resolution when using a longer column.Thermo Scientific Hypersil GOLD Columns are silica-based and contain an even surface, reducing unwanted secondary and tertiary interactions. This reduction of interactions reduces peak tailing while maintaining C18 selectivity. The excellent peak symmetry leads to improved sensitivity, allowing for easier peak integration calculations. Stable in a pH range of 1 to 11.