Reagecon EDTA (DiSodium Salt) 0.1M (0.2N) Analytical Volumetric Solution (AVL) Bag-in-Box

Item No. EDB20105
Reagecon's EDTA (DiSodium Salt) 0.1M (0.2N) Analytical Volumetric Solution (AVL) is tested by an ISO 17025 Accredited Test Method (A2LA Ref: 6739.03). This product is a fully factorised; high purity; stable product; developed and tested for complexometric titrations. This Analytical Volumetric Solution; also called titrant; standard titrant or standard solution; is tested to a specification of ± 0.1%. It is a reagent of known concentration; that is dispensed from a burette or other dispensing apparatus to a sample (analyte); until a reaction between the two liquids is judged to be complete. The product may be used for manual titrations; or more commonly automatic titrations; to determine the end points by detection of any of several properties. Complexometric titrimetry is based on the reaction of a metal ion with a ligand to form a complex. Methods have been developed; validated and published for detection or quantification of almost every metal in the periodic table using EDTA complexation.

Additional Details

Pack Size 5L
Weight 5.05
Weight Unit Kg
Tariff Code 3822 190090
Country of Origin Ireland
Price
€ 156,45
price per 5L
excluding tax
This product cannot be ordered at the moment.
Additional Details
Pack Size 5L
Weight 5.05
Weight Unit Kg
Tariff Code 3822 190090
Country of Origin Ireland

Description

Titration is a rapid, economical and versatile analytical tool. This Reagecon titrant is accurate, stable, reproducible and fully factorised. Titrations performed with this product, exhibit defined stoichiometry, are quantitative, establish an equilibrium that is definitive and fast and provide unambiguous results. Stability is proven (either opened or unopened) for the shelf life of this product.

Product Specifications

Titrant, Standard Titrant, Standard Solution, Standardised Solution
Value 0.1M (0.2N)
Additional Information Accuracy ± 0.1%
Tested Yes
Use for Titration
Packaging Bag-in-Box Container
Physical Form Liquid
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