Home / Clinical Laboratory / Clinical Laboratory Accessories / HPLC Column / HPLC Column Ascentis® Express 90 A Biphenyl 5 µm Particle Size, 2.1 mm ID x 0.55 cm Length For Aromatic Compound Separation584585-U
Picture of HPLC Column Ascentis® Express 90 A Biphenyl 5 µm Particle Size, 2.1 mm ID x 0.55 cm Length For Aromatic Compound Separation584585-U

HPLC Column Ascentis® Express 90 A Biphenyl 5 µm Particle Size, 2.1 mm ID x 0.55 cm Length For Aromatic Compound Separation584585-U

HPLC-Column-Ascentis®-Express-90-A-Biphenyl-5-µm-Particle-Size,-2-1-mm-ID-x-0-55-cm-Length-For-Aromatic-Compound-Separation584585-U

SKU #

#1178455

MPN #

584585-U

Brand

Sigma Chemical Company

Stock

In Stock

Quantity

100

Features

COLUMN, ASCENTIS EXPRS 90 A BIPHENYL 5.0UM HPLC 5CMX2.1 MM

$627.34 USD

Product Specifications Product Usage Additional Information
Print
Attribute Name Attribute Value
McKesson # 1178455
Manufacturer # 584585-U
Brand Ascentis® Express 90 A Biphenyl
Manufacturer Sigma Chemical Company
Application HPLC Column
For Use With For Aromatic Compound Separation
Material Stainless Steel
Specifications 5 µm Particle Size, 2.1 mm ID x 0.55 cm Length
UNSPSC Code 41115709
Compare Selected Items Email

Similar Items

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

  • Ascentis® Express 90 Å Biphenyl is a high-speed, high-performance liquid chromatography column based on a superficially porous Fused-Core® particle design
  • The particle provides a thin porous shell of high-purity silica surrounding a solid silica core
  • This particle design exhibits very high column efficiency due to the shallow diffusion paths in the 0.6 μm thick porous shell and the small overall particle size of 5 μm