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Shimadzu (Shanghai) Experimental Equipment Co., Ltd. SGLC
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Shimadzu (Shanghai) Experimental Equipment Co., Ltd. SGLC

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    2F, Building B2, Huaxin Huixiang City, No. 180 Yizhou Road, Xuhui District, Shanghai

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Shimadzu liquid chromatography column ShimNex RX C18

NegotiableUpdate on 07/07
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Overview

Shimadzu liquid chromatography column ShimNex RX C18 $r $n $r $n has high column efficiency and wide pH tolerance. It is a universal chromatography column with special bonding technology that allows the column to withstand wide pH values and adapt to various mobile phases from acidic to alkaline. It maintains stable separation performance under harsh conditions, significantly expanding its application range and providing great flexibility for method development. Adopting excellent packing control technology, the particle size is more uniform, demonstrating high column efficiency. The design of packing parameters adopts a more moderate specific surface area, high carbon loading capacity, and is widely used for the separation and analysis of different types of compounds. Multiple tail sealing techniques are used to enhance the inertness of the chromatographic column.

Product Details

Shimadzu liquid chromatography column ShimNex RX C18


High column efficiency, wide pH tolerance

The universal chromatographic column, with special bonding technology, can withstand a wide pH range and adapt to various mobile phases from acidic to alkaline. It maintains stable separation performance under harsh conditions, significantly expanding its application range and providing great flexibility for method development. Adopting excellent packing control technology, the particle size is more uniform, demonstrating high column efficiency. The design of packing parameters adopts a more moderate specific surface area, high carbon loading capacity, and is widely used for the separation and analysis of different types of compounds. Multiple tail sealing techniques are used to enhance the inertness of the chromatographic column.


Shimadzu liquid chromatography column ShimNex RX C18


High column efficiency, wide pH tolerance

The universal chromatographic column, with special bonding technology, can withstand a wide pH range and adapt to various mobile phases from acidic to alkaline. It maintains stable separation performance under harsh conditions, significantly expanding its application range and providing great flexibility for method development. Adopting excellent packing control technology, the particle size is more uniform, demonstrating high column efficiency. The design of packing parameters adopts a more moderate specific surface area, high carbon loading capacity, and is widely used for the separation and analysis of different types of compounds. Multiple tail sealing techniques are used to enhance the inertness of the chromatographic column.



Shimadzu liquid chromatography column ShimNex RX C18


High column efficiency, wide pH tolerance

The universal chromatographic column, with special bonding technology, can withstand a wide pH range and adapt to various mobile phases from acidic to alkaline. It maintains stable separation performance under harsh conditions, significantly expanding its application range and providing great flexibility for method development. Adopting excellent packing control technology, the particle size is more uniform, demonstrating high column efficiency. The design of packing parameters adopts a more moderate specific surface area, high carbon loading capacity, and is widely used for the separation and analysis of different types of compounds. Multiple tail sealing techniques are used to enhance the inertness of the chromatographic column.


Shimadzu liquid chromatography column ShimNex RX C18


High column efficiency, wide pH tolerance

The universal chromatographic column, with special bonding technology, can withstand a wide pH range and adapt to various mobile phases from acidic to alkaline. It maintains stable separation performance under harsh conditions, significantly expanding its application range and providing great flexibility for method development. Adopting excellent packing control technology, the particle size is more uniform, demonstrating high column efficiency. The design of packing parameters adopts a more moderate specific surface area, high carbon loading capacity, and is widely used for the separation and analysis of different types of compounds. Multiple tail sealing techniques are used to enhance the inertness of the chromatographic column.