[uHPLCs] USHD HILIC-SiO2 Hilic HPLC Column
SALE

739,600원 800,000원

USHD Hilic-SiO₂ Column is a hydrophilic silica gel-based HILIC column, specially treated to enhance retention of highly polar and water-soluble compounds.
Designed for high aqueous mobile phases, it offers excellent selectivity, strong retention performance, and long column life—making it ideal for challenging polar analyses, including highly basic polar compounds.

반품/교환

구매하기 장바구니 0

장바구니 장바구니

구매하기 구매하기

반품/교환

상품이 없습니다.

Property	USHD Hilic-SiO₂ HPLC Column
USP	L26
Pore Size Option	5µm, 120 Å
	3µm, 120 Å
	1.8µm, 120 Å
Surface Area (m²/g)	320
Carbon Load (%)	6
pH Tolerance Range	2-8
Column Specifications	4.6× 250 mm
	4.6 ×150 mm
	4.6× 100 mm
	4.6 ×50 mm
	3.0× 100 mm
	3.0 ×50 mm
	2.1× 100 mm
	2.1 ×50 mm
Features and Applications	Hydrophilic Silica Gel Matrix: Specially treated silica enhances retention of water-soluble and highly polar compounds.
	Ideal for Polar Compound Separation: Excellent for challenging polar analyses, especially in high aqueous phase conditions.
	Stable and Durable: Offers strong chemical stability and extended column lifespan.
	Effective HILIC Mode Performance: Provides enhanced selectivity, strong retention, and superior separation results.
	Excellent for Basic Polar Analytes: Capable of resolving highly basic polar compounds under HILIC conditions.

Property	USHD Hilic-SiO₂ HPLC Column
USP	L26
Pore Size Option	5µm, 120 Å
	3µm, 120 Å
	1.8µm, 120 Å
Surface Area (m²/g)	320
Carbon Load (%)	6
pH Tolerance Range	2-8
Column Specifications	4.6× 250 mm
	4.6 ×150 mm
	4.6× 100 mm
	4.6 ×50 mm
	3.0× 100 mm
	3.0 ×50 mm
	2.1× 100 mm
	2.1 ×50 mm
Features and Applications	Hydrophilic Silica Gel Matrix: Specially treated silica enhances retention of water-soluble and highly polar compounds.
	Ideal for Polar Compound Separation: Excellent for challenging polar analyses, especially in high aqueous phase conditions.
	Stable and Durable: Offers strong chemical stability and extended column lifespan.
	Effective HILIC Mode Performance: Provides enhanced selectivity, strong retention, and superior separation results.
	Excellent for Basic Polar Analytes: Capable of resolving highly basic polar compounds under HILIC conditions.