MAC-MOD Analytical, Inc. HALO Phenyl-Hexyl Guard Column, 2.1 x 5mm, 2.7_m, 3 pk 92812-106

Description
Fused-Core particle technology was developed by Dr. Jack Kirkland to produce UHPLC columns that provide ultrahigh resolution and ultrafast separations without sacrificing column ruggedness and reliability. HALO columns generate significantly less back pressure compared to other UHPLC columns, putting less stress on the system and facilitating rugged reliable performance. It is this moderate back pressure of HALO columns that also permits them to be used with most conventional HPLC equipment for UHPLC performance. The combination of much lower backpressure and excellent efficiency at higher linear velocities permits the easy transfer of methods from UHPLC to HPLC, and vice versa.
Datasheet
Description
Fused-Core particle technology was developed by Dr. Jack Kirkland to produce UHPLC columns that provide ultrahigh resolution and ultrafast separations without sacrificing column ruggedness and reliability. HALO columns generate significantly less back pressure compared to other UHPLC columns, putting less stress on the system and facilitating rugged reliable performance. It is this moderate back pressure of HALO columns that also permits them to be used with most conventional HPLC equipment for UHPLC performance. The combination of much lower backpressure and excellent efficiency at higher linear velocities permits the easy transfer of methods from UHPLC to HPLC, and vice versa.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Chadds Ford, PA, USA
HALO Phenyl-Hexyl Guard Column, 2.1 x 5mm, 2.7_m, 3 pk
92812-106
HALO Phenyl-Hexyl Guard Column, 2.1 x 5mm, 2.7_m, 3 pk 92812-106
Fused-Core particle technology was developed by Dr. Jack Kirkland to produce UHPLC columns that provide ultrahigh resolution and ultrafast separations without sacrificing column ruggedness and reliability. HALO columns generate significantly less back pressure compared to other UHPLC columns, putting less stress on the system and facilitating rugged reliable performance. It is this moderate back pressure of HALO columns that also permits them to be used with most conventional HPLC equipment for UHPLC performance. The combination of much lower backpressure and excellent efficiency at higher linear velocities permits the easy transfer of methods from UHPLC to HPLC, and vice versa.

Fused-Core particle technology was developed by Dr. Jack Kirkland to produce UHPLC columns that provide ultrahigh resolution and ultrafast separations without sacrificing column ruggedness and reliability. HALO columns generate significantly less back pressure compared to other UHPLC columns, putting less stress on the system and facilitating rugged reliable performance. It is this moderate back pressure of HALO columns that also permits them to be used with most conventional HPLC equipment for UHPLC performance. The combination of much lower backpressure and excellent efficiency at higher linear velocities permits the easy transfer of methods from UHPLC to HPLC, and vice versa.

Supplier's Site Datasheet

Technical Specifications

  MAC-MOD Analytical, Inc.
Product Category HPLC Columns
Product Number 92812-106
Product Name HALO Phenyl-Hexyl Guard Column, 2.1 x 5mm, 2.7_m, 3 pk
Column Type Guard
Unlock Full Specs
to access all available technical data

Similar Products

PRP-1 5 µm 10.0 x 100 mm - 79355 - Hamilton Company
Specs
Column Type Analytical
Stationary Phase/Separation Process Reversed Phase
Construction Material Stainless Steel
View Details
4.6 mm Modular Column - 5041IW-05046-015-20 - IDEX Health & Science
Specs
Column Type Analytical
Construction Material Stainless Steel
Column Length 15 cm (5.91 inch)
View Details
Econo-Column Chromatography Columns - 737-2593 - Bio-Rad Laboratories, Inc.
Specs
Column Type Analytical
View Details
UPLC / UHPLC Columns -  - Waters Corporation
Waters Corporation
Specs
Column Type Analytical (optional feature); Guard (optional feature)
Stationary Phase/Separation Process Reversed Phase (optional feature)
Packing Diameter 1.6 µm (0.0630 mils)
View Details