66905-U

BIOshell A160 Peptide C18, 2.7 μm HPLC Column

2.7 μm particle size, L × I.D. 15 cm × 2.1 mm

• 分類程式碼代碼: 41115700
• NACRES: SB.52

屬性

• 材料: stainless steel hardware
• 品質等級: 100
• agency: suitable for USP L1
• 描述: Shell thickness (0.5 μm); Solid Core (1.7 μm)
• 產品線: BIOshell; BIOshell
• 特點: endcapped: no
• 分析物化學類別: peptides; peptides
• 製造商／商標名: BIOshell; BIOshell
• 包裝: 1 ea of
• 標籤範圍: 4.6% carbon loading
• 參數: 600 bar max. pressure; 90 °C max. temp.
• 技術: HPLC: suitable; HPLC: suitable; LC/MS: suitable; LC/MS: suitable; UHPLC-MS: suitable; UHPLC-MS: suitable; UHPLC: suitable; UHPLC: suitable
• 長度 × 內徑: 15 cm × 2.1 mm
• 表面積: 90 m²/g
• 表面覆盖率: 2.2 μmol/m²
• 基質: spherical silica particle platform; superficially porous particle; superficially porous particle
• 基質活性組: C18 (octadecyl) bonding phase, diisobutyloctadecyl
• 粒徑: 2.7 μm; 2.7 μm
• 孔徑: 160 Å
• 工作pH值範圍: 1-8
• 分離技術: reversed phase; reversed phase

描述

一般說明

BIOshell 160 Å Peptide C18 columns are specifically engineered to provide efficient separation of peptides as well as small proteins. These columns contain advanced Fused-Core particles with pores strategically sized to 160 Å to enable optimized peptide diffusion. This attribute makes these columns an excellent choice for peptide mapping. Additionally, the sterically-protected C18 ligands provide extra stability allowing the columns to be used at an extended pH range (2-9) and high temperatures (up to 90 °C). This greatly expands the application range for the separation of biomolecules.

應用

UHPLC Analysis of Peptides on BIOshell A160 Peptide C18, CN, and Phenyl-Hexyl, 2.7 μm

BIOshell A160 Peptide C18, 2.7 μm HPLC Column, a non-end capped column that has superficially porous particle with C18 alkyl ligand as the stationary phase, is used mainly in the separation of peptides at a good flow rate.

特點和優勢

BIOshell A160 Peptide C18, 2.7 μm HPLC Columns are compatible both with UHPLC and HPLC systems. They are specifically engineered for the fast and high-resolution seperation of biomolecules. These columns operate at high flow rates and have 40% higher efficiency than columns with fully porous particles of the same size. They are stable at high temperatures, which increases the throughput and enhances the peak shape.

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