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Inorganic Compounds & Salts

Transition Metal Compounds (Fe, Co, Ni, Cu, Zn, Mn, Cr)

Iron, cobalt, nickel, copper, zinc, manganese and chromium salts for analytical reagents, catalysis, electroplating and battery materials.
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First-row transition metal salts are among the most used inorganic chemicals in laboratories and industry. This sub-category supplies their sulphates, chlorides, nitrates, acetates and double salts. Examples include Ammonium ferrous sulphate (Mohr's salt) and Ammonium ferric sulphate in standard and GR grades, Ammonium nickel sulphate, Ammonium chromate and Ammonium dichromate.

Analytical chemists rely on Mohr's salt as a stable source of iron(II) for redox titrations, and on ferric alum as an indicator in Volhard titrations. Platers and battery researchers need nickel, cobalt and manganese salts with very low levels of other metals, which is why trace metals basis grades exist. Chromium(VI) compounds are carcinogenic and tightly regulated, so check local restrictions before ordering.

Most salts are stable crystalline solids shipped at ambient temperature in sealed bottles or drums. Oxidisers and toxic compounds travel under dangerous-goods rules. Each lot comes with a COA and SDS, and kilogram packs are available for plating and process users.

Transition Metal Compounds (Fe, Co, Ni, Cu, Zn, Mn, Cr): questions buyers ask

Why is Mohr's salt preferred over ferrous sulphate as a standard?
Ammonium ferrous sulphate is far more resistant to air oxidation than plain ferrous sulphate, so its iron(II) content stays stable during storage and weighing. This makes it a convenient primary or secondary standard for permanganate and dichromate titrations. Solutions are still prepared in dilute sulphuric acid to slow oxidation.
Are dichromate salts restricted?
Chromium(VI) compounds such as ammonium and potassium dichromate are classed as carcinogenic and mutagenic and are restricted under REACH in the European Union and similar rules elsewhere. Some uses need authorisation. Check your local regulations, and consider chromium-free alternatives where they exist. We confirm export conditions at quotation.
What grade of nickel salt do I need for battery research?
Battery cathode precursors need nickel, cobalt and manganese salts with very low levels of iron, copper, sodium and other metals, which harm capacity and safety. Choose a high-purity grade with a trace metals analysis on the COA. For plating, a reagent or plating grade with controlled impurities is usually sufficient.

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