Viper 毛细管不锈钢手拧接头 6040.2307

Viper  毛细管不锈钢手拧接头

最大程度提高液相色谱 (LC) 的性能，并实现几乎为零的死体积连接，确保最佳分离。 适用于微量分离和快速分离系统的 Thermo Scientific™ Viper™ 毛细管不锈钢手拧接头易于使用，并且能够进行快速的免工具安装，即使是对于最先进的色谱柱和阀切换配置也是如此。 兼容几乎任何常见的柱和阀类型，适用于高达 1250 bar (18,139 psi) 的系统压力。

描述

可靠的 LC 性能：

• 无金属环的紧固设计，可实现在高达 1250 bar 压力时的几乎零死体积连接

• 适合高达 120°C 的温度

易于使用

• 手拧设计

• 灵活的不锈钢或生物兼容 MP35N 毛细管（1/32 in. 外径）

• 无需工具

灵活

• 兼容几乎任何生产商的任何阀和色谱柱

• 适合十通阀等狭窄连接

• 能够与不同设计混用

• 提供不同长度： 65 mm 和 150 至 950 mm，增幅为 100 mm 

• 具有不同内径以供选择： 100μm (0.004 in)、130μm (0.005 in) 或 180μm (0.007 in)

建议用途

• 与 Thermo Scientific™ Dionex™ UltiMate™ 3000 LC 系统配合使用，实现完全集成的工作流程。

• UltiMate 3000 XRS、RS、BioRS 和 SD LC 系统标配 Viper 手拧接头系统。

Viper  毛细管不锈钢手拧接头

订货信息：

Connect to the Future

When working with small column volumes, capillaries and connections need special attention. But even with conventional columns and moderate pressures, mediocre connections can cause retention time shifts and peak distortions.

Conventional stainless steel HPLC connectors use a ferrule and a nut to establish a connection. A flaw of this design is that a void volume-free connection is not guaranteed, particularly when changing the tubing between differently shaped threads (e.g. when changing a column). Viper™ connectors have a built-in zero dead volume by sealing at the tip of the tubing. An imperfect connection is not possible, ensuring continuous and robust performance.

The Dionex Viper capillary and fitting system removes intricacy and brings unparalleled ease-of use to HPLC and UHPLC.

• Zero dead-volume UHPLC fingertight fittings

• Viper connectors are standard for Dionex RSLC system connections

• Compatible with virtually any third party UHPLC or HPLC instrument, valve, and column hardware

Product Data Sheets
	Viper Capillaries and Fingertight Fittings Data Sheet

Manuals
	UltiMate 3000 Viper Capillary Kits for Intelligent (LCi) System Solutions Quick Installation Guides

Posters
	Ensuring Best Possible UHPLC Performance through an Innovative Capillary and Fitting Design

Technical Notes
	TN 80: Reduce Eluent Consumption by Optimizing UltiMate 3000 Quaternary Analytical Systems for Small Column Volumes