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CLEAN SNEX电极技术适用于污水石油超纯水等严苛环境

CLEAN SNEX电极技术适用于污水石油超纯水等严苛环境

Why SNEX?
SNEX, the revolutionary solutiontotheproblems the traditional porous-liquid-junction pH
sensors encountered, such as: Precipitations bysulphides(H2S)andproteins, failure by
reference electrode coating and contamination orfineparticleclogging, poisoning,
conditions in cold low ionic waters and in ultrapurewaters,etc.
SNEX, solid-state, non-exchange reference electrode system: itusesahighly stable
non-porous polymetric interface in place of thetraditionalporousliquid junction. The
electrochemical active reference area is the wholeoftheoutsidesurface of the electrode,
this super large contact area means that the electrodeissupremelyresistant to coatings.
Poisoning effects are eliminated because thepolymetricreferencematerial is ionicly
conductive, but is not porous, consequently electrolyteandprocessfluids are not
exchanged.
The advanced solid-state nature of SNEX referenceelectrodesmeanthey remain extremely
accurate and reliable across a wide range ofconditions,including:Temperature: 0 to 90ºC,
Pressure: 0 to 20 BAR.

SNEX，**性的、**性的pH测量方法，特别针对于传统的pH电极遇到测量困境如下：硫化氢、蛋白质环境下的应用，粘稠液，有毒物质环境，低温低离子水环境，超纯水等环境的应用。

SNEX是指固态、无孔、不交换的参比电极系统，不同于传统的有孔液接界参比电极系统，SNEX应用一个高度稳定，不交换的聚合物界面，作为参比电极与液面接触的整个外表面就是电化学反应区域，大面积的接触区域也就大大降低了参比电极被堵塞的可能性。无孔设计、参比液不与待测液交换就免除了参比电极中毒的可能性。

SNEX，固态、不交换参比电极系统的先进固态特性确保了在多种严苛环境下仍能确保准确，可靠读值。（温度范围：0 to 90ºC 耐压：0 to20BAR.）

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