Conductivity Standards

This low range of standards includes 1.3μS ±0.5μS - the lowest aqueous conductivity standard available worldwide. ●Extensive range of values Aladdin offer over 45 different values of Conductivity and Total Dissolved Solids (TDS) standards, ranging from as low as 1.3μS/cm to as high as 500,000μS/cm. Customised or bespoke values can be manufactured on demand. ●Matrix Matched The matrix of a solution is defined as “the components of the sample other than the analyte”. In all analytical measurements,it is of utmost importance that the matrix of the standard and the sample are the same.As conductivity measurement is, in the main, a water quality measurement, the standard used should also have an aqueous matrix. Aladdin’s conductivity standards are all aqueous based, thereby eliminating any errors attributable to matrix mismatch. ●Non-Hazardous As Aladdin’s conductivity standards are aqueous, they are non-hazardous. They offer the following benefits over solvent-based conductivity standards 1. Ease and cost of shipping, without the need to provide hazardous goods’ paperwork 2. Reduced Health & Safety requirements for storage and use 3. Ease and cost of disposal - solvent-based conductivity standards require expensive, specialised disposal to comply with environmental regulations. ●Guaranteed Stability As a result of the extensive R&D that led to our innovative manufacturing process,Aladdin can guarantee the stability of their complete range of conductivity standards over their entire shelf life. The stability offered by Aladdin’s conductivity standards varies from that of their competitors in one vital area. We can guarantee that our conductivity standards will remain within specification, (up to their expiry date), right through their working life, regardless of when the bottle was first opened provided Good Laboratory Practise is adhered to. This eliminates the need to open a fresh bottle of standard every time the product is used. (The 1.30μS/cm conduct. Specification: 84μS/cm @ 25℃ Related Documents: https://ald-pub-files.oss-cn-shanghai.aliyuncs.com/aladdinsci/pdp/sds/1/C196990-SCI_b3be3c6887c5fb0158b8530fa39c43f6.pdf