Thermo Scientific™ Acclaim™ Polar Advantage II HPLC Columns

Resolve polar and nonpolar compounds in a single run. These columns have high pH stability (pH 1.5–10) in the separation of basic, neutral, and acidic species.

Product Code	Brand	Particle Size	Diameter (Metric)	Length (Metric)
11391813	Thermo Scientific™ 063197	5 μm	4.6 mm	150 mm
11301823	Thermo Scientific™ 063199	5 μm	4.6 mm	250 mm
12719815	Thermo Scientific™ 078001	3 μm	4.6 mm	100 mm
12606547	Thermo Scientific™ 077999	3 μm	2.1 mm	50 mm
12709815	Thermo Scientific™ 077998	3 μm	2.1 mm	100 mm
12799805	Thermo Scientific™ 077997	3 μm	2.1 mm	250 mm
11352073	Thermo Scientific™ 074814	2.2 μm	2.1 mm	250 mm
11391953	Thermo Scientific™ 071607	2.2 μm	3 mm	100 mm
11351953	Thermo Scientific™ 071402	2.2 μm	2.1 mm	30 mm
11341953	Thermo Scientific™ 071401	2.2 μm	2.1 mm	150 mm
11341913	Thermo Scientific™ 068990	2.2 μm	2.1 mm	100 mm
11331913	Thermo Scientific™ 068989	2.2 μm	2.1 mm	50 mm
11391973	Thermo Scientific™ 071985	5 μm	3 mm	10 mm
11341923	Thermo Scientific™ 069699	5 μm	4.6 mm	10 mm
11371733	Thermo Scientific™ 069692	5 μm	2.1 mm	10 mm
11361933	Thermo Scientific™ 070080	3 μm	3 mm	250 mm
11301913	Thermo Scientific™ 068973	3 μm	3 mm	50 mm
11321893	Thermo Scientific™ 066277	3 μm	3 mm	75 mm
11311893	Thermo Scientific™ 066276	3 μm	3 mm	33 mm
11391863	Thermo Scientific™ 063705	3 μm	3 mm	150 mm
11381813	Thermo Scientific™ 063191	3 μm	4.6 mm	150 mm
11371813	Thermo Scientific™ 063189	3 μm	4.6 mm	50 mm
11361813	Thermo Scientific™ 063187	3 μm	2.1 mm	150 mm
12646547	Thermo Scientific™ 078000	3 μm	3 mm	100 mm
11301963	Thermo Scientific™ 071608	2.2 μm	3 mm	50 mm

Descrizione

Resolve polar and nonpolar compounds in a single run with Thermo Scientific™ Acclaim™ PolarAdvantage II (PA2) reversed-phase columns. These high-efficiency, silica-based columns have a polar-embedded stationary phase that operates over a wider range of chromatographic conditions than possible with conventional reversed-phase stationary phases. Its unique chemistry provides enhanced hydrolytic stability from pH 1.5 to 10 with 100% aqueous mobile phases. The column exhibits selectivity that is complementary to conventional C18 columns and excellent peak shapes for both basic and acidic compounds.

Complementary Selectivity and Enhanced Hydrolytic Stability

• Compatible with 100% aqueous mobile phases
• High reversed-phase capacity
• Exceptional hydrolytic stability from pH 1.5 to 10
• Extremely low bleed, fully compatible with mass spectrometry (MS)
• Available in 2.2, 3, and 5μm particle sizes and 4.6, 3.0, and 2.1mm diameters, with an average pore diameter of 120Å
• Also available in 2.2μm RSLC format for reliable, fast separations

About the Acclaim Family of HPLC Columns

Achieve the high standards set by modern HPLC and LC/MS methods with the Acclaim family of reversed-phase columns. These ultrapure silica-based columns with advanced column bonding and endcapping technologies provide complementary selectivity, high column efficiencies, and ultra-high resolution for a wide variety of applications.

• Broad spectrum of stationary phases, including conventional C8 and C18 phases, polar embedded phases, and specialty phases including wide-pore, are available to meet your specific application needs
• Performance tested to ensure high quality and reliability for pharmaceutical, biopharmaceutical, environmental, food, and other industrial chromatographic separations

Specifica

• Pore Size: 120 Å
• Temperature: 60°C
• Stationary Phase: Polar Embedded
• Column Type: Reversed Phase
• Phase: Reversed Phase

• Surface Area: 300 m²/g
• USP Type: L60
• Packing Material: Spherical, Fully Porous, Ultrapure Silica
• Endcapped: Yes

Limited warranty period: Subject to all warranty requirements and exclusions set out in our Terms and Conditions of Sale, this product is warranted from the date we ship the product and for ninety (90) days thereafter. Disclaimer to internal research use restriction: Any restrictions on the purchaser to utilize the product(s) for internal research purposes only does not apply to the product(s) on the web pages associated with this statement.