Reagecon
Reagecon is an Irish manufacturer of physical and chemical standards, reagents and calibration solutions, based in Shannon and supplying analytical laboratories across many sectors.
Among the Reagecon products listed by Lancetech Limited are pH buffer solutions, conductivity standards, turbidity standards, analytical volumetric solutions and dissolution media, together with single element standards for ICP and atomic absorption. The AAS line includes aluminium, beryllium, calcium, cobalt and copper standards at 100, 1,000 and 10,000 µg/mL in nitric or hydrochloric acid, plus a 5% lanthanum release agent. Instrument-specific ranges and European and United States Pharmacopoeia reagents are also catalogued.
These solutions are used for instrument calibration, titration, dissolution testing and trace metal analysis in pharmaceutical, environmental and food laboratories. Match concentration and matrix acid to your method, and check instrument-specific products against your meter or analyser model. Trade pricing and quotations for Reagecon standards are available on request.
Reagecon by range:Chemicals & Reagents3,692Electrochemistry769Anion & Cation675Pharmacopoeias632Physicochemical491Titration427pH Buffer Solutions398Total Organic / Inorganic Carbon375Instrument Specific Range332Analytical Volumetric Solutions281
Filters (1 active)
Shelf Life
24 months from manufacture49836 months from manufacture12618 months from manufacture8012 months from manufacture4548 months from manufacture83 months from manufacture46 months from manufacture460 months from manufacture323 months from manufacture1Product Family
pH Buffer Solutions398Turbidity Standards137Conductivity Standards94Electrode Care and Maintenance36Ion Selective Electrode Standards32Chemical Oxygen Demand (COD)26Redox Standards25Ionic Strength Adjusters10Conductivity TDS9Conductivity Resistivity1
Reagecon 20% w/v Mercury (II) Sulphate in 10% w/v Sulphuric Acid Chemical Oxygen Demand (COD) Reagent

Reagecon Chemical Oxygen Demand (COD) 1% w/v Silver Sulphate in Sulphuric Acid




















