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68990
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Acclaim RSLC PA2

by Dionex

 

Ideal for Fast LC

Acclaim® Rapid Separation Liquid Chromatography (RSLC) columns use 2.2 and 3 μm particles for fast separations. These columns, together with the UltiMate® RSLC system, provide ultrafast, high-efficiency LC separations.

  • Accelerate separations up to 15-fold compared to conventional LC
  • Accelerate sample throughput up to 30-fold compared to conventional LC, with Dionex RSLC Solutions
  • Save up to 85% of solvent with 3 μm columns and 92% of solvent with 2.2 μm columns
  • Use as little as 15–40% of sample volume traditionally required for LC
  • Achieve easy-to-use, reliable, fast separations
  • Ease of operation ensures optimal, fast separations

Acclaim RSLC 2.2 μm columns achieve high throughput without sacrificing chromatographic performance. These columns are based on high-purity spherical porous silica gel. Currently, four column chemistries are available: Acclaim RSLC 2.2 μm C18, C8, PolarAdvantge I (PA) and PolarAdvantage II (PA2).

Acclaim RSLC 2.2 μm C18 material features high-density monomeric C18 chemistry with exhaustive endcapping. As a result, it provides the selectivity of a standard C18 phase and extremely low silanol activity. Similarly, the Acclaim RSLC 2.2 μm C8 material features high-density monomeric C8 chemistry with exhaustive endcapping. The PA material features a polar sulfonamide chemistry that provides very good hydrolytic stability and eliminates dewetting problems. The PA2 material features amide-embedded chemistry with excellent hydrolytic stability (pH 1.5 to 10). Acclaim RSLC 2.2 μm columns are available in 2.1 mm and 3.0 mm i.d. with 30 mm, 50 mm, 100 mm, 150 mm, and 250 mm lengths.

Application areas:
Acidic compounds Basic compounds Non-polar compounds Polar compounds
Specification
Vendor Dionex Pore size 120
Brand Acclaim RSLC PA2 Surface Area 300
Modifification Silica/C18 Carbon Load, % 17.0
Mode Reversed-Phase Endcapped Yes
Particle Size Operating Temperature 60
Length pH stability from 1.5
Internal Diameter pH stability to 10.0
Similar columns Columns with same mode & modification — across all brands
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Imtakt Cadenza 5CD-C18 Reversed-Phase Silica/C18 3.0 mm 10 mm 5.0 μm 120 Å On request
Thermo Fisher Scientific Accucore Reversed-Phase Silica/C18 4.6 mm 150 mm 2.6 μm 80 Å On request
SiliCYCLE SiliaChrom XT C18 Reversed-Phase Silica/C18 20.0 mm 50 mm 10.0 μm 150 Å On request
Bonna-Agela Technologies Unisol C18 Reversed-Phase Silica/C18 50.0 mm 150 mm 10.0 μm 100 Å On request
ChromaNik Technologies Inc. Sunrise C18 Reversed-Phase Silica/C18 4.6 mm 50 mm 5.0 μm 120 Å On request
SiliCYCLE SiliaChrom XT Fidelity C18 Reversed-Phase Silica/C18 2.1 mm 100 mm 5.0 μm 150 Å On request
Luknova Poro C18-300 Reversed-Phase Silica/C18 21.2 mm 50 mm 5.0 μm 300 Å On request
ACE ACE Super C18 Reversed-Phase Silica/C18 10.0 mm 50 mm 5.0 μm 90 Å On request
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