Stainless steel capillary, 0.17 mm id
HPLC Capillaries
HPLC capillaries are used in the high-pressure part flow path of LC flow path to make connections between different modules and column. All Agilent HPLC capillary tubing are engineered and manufactured to provide the best fit to Agilent instruments and columns to protect the integrity of your results at every step of your LC flow path. Agilent’s unique laser welding process ensures that all HPLC capillaries' ends are absolutely flat, eliminating any chance of capillary-induced dead volume.
Agilent offers HPLC capillaries in a variety of materials to suit your needs. Stainless steel capillaries with high flexibility and durability are ideal for most standard applications. HPLC capillaries made from MP35N, PEEK-lined stainless steel and titanium are inert and corrosion resistant, suited for bio applications.
All HPLC capillary tubing are color-coded to help you quickly identify the capillary id. Find the right HPLC capillaries quickly and easily using our online selection tool in the Tools section below.
Agilent offers HPLC capillaries in a variety of materials to suit your needs. Stainless steel capillaries with high flexibility and durability are ideal for most standard applications. HPLC capillaries made from MP35N, PEEK-lined stainless steel and titanium are inert and corrosion resistant, suited for bio applications.
All HPLC capillary tubing are color-coded to help you quickly identify the capillary id. Find the right HPLC capillaries quickly and easily using our online selection tool in the Tools section below.
Product Details
Features
- A variety of top-quality materials available such as stainless steel, MP35N, titanium, PEEK-sleeved stainless steel, and PEEK-coated fused silica
- Agilent 0.6 mm od flexible 316L grade stainless steel capillaries provide high flexibility without sacrificing durability. They have good resistance to pitting corrosion and are much easier to handle than conventional rigid 1.6 mm od capillaries
- MP35N capillaries are made from a nonmagnetic, nickel-cobalt-chromium-molybdenum alloy with an excellent resistance to sulfation, oxidation, saline solutions, and most mineral acids. Its superior properties guarantee reliable performance, even under UHPLC conditions.
- Bio-inert titanium or PEEK-sleeved stainless steel capillaries fit perfectly for bio-inert applications
- PEEK tubing can be easily cut to exact length you need, and are durable and abrasion-resistant for low pressure applications
- Color-coded for easy identification of inner diameters
How It Works
Applications