Wijs reagent 0.1 mol/L | AllChimie
Allchimie
| SKU | Vendu par | Price | Available | Amount Basket | ||
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| 33083.500ML | 500 mL |
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In stock |
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Ready-to-use 0.1 mol/L Wijs reagent for fast and reproducible determination of the iodine value of fats and oils.
Two volumes (250 ml and 500 ml) to match consumption in QC labs (food, oleochemistry, formulation) as well as R&D laboratories.
CLP information (H226-314 / P280-305+351+338-310) and recommended PPE (goggles, gloves, lab coat, fume hood) support safe handling and internal compliance (REACH, CLP, etc.).
AllChimie Wijs reagent 0.1 mol/L is a titrimetric solution specifically formulated for iodine value determination in oils and fats. Supplied ready to use, it standardises the analytical procedure and saves time by avoiding in-house preparation of the reagent. Available in 250 ml and 500 ml bottles, it is suitable for both quality control laboratories and R&D units involved in characterising fatty materials and oleochemical products. CLP hazard statements H226-314 and precautionary statements P280-305+351+338-310, defined according to CLP, facilitate inclusion of the reagent in your risk assessment and safety documentation. For laboratory use only. The user is responsible for verifying regulatory compliance in their country (France and EU). Not intended for medical or in vitro diagnostic use unless explicitly stated by the manufacturer.
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Technical features
AllChimie code: 33083 Product name: Wijs reagent 0.1 mol/L Type: titrimetric reagent for iodine value determination Concentration: 0.1 mol/L Function: reagent for iodination of unsaturated bonds in fats and oils Available volumes: 250 ml bottle, 500 ml bottle Hazard classification (CLP): H226, H314 Precautionary statements (CLP): P280, P305+P351+P338, P310 Recommended protective equipment: goggles, gloves, lab coat, use in fume hood Typical applications: iodine value determination of oils, fats and oleochemical products; QC and R&D in food, cosmetics and fine chemicals Use: for laboratory use only; to be integrated into a chemical risk management approach (REACH, CLP and local regulations) |