News
METAL OXIDES
Name | CAS | Application |
---|---|---|
Bitmuth oxide | 1304-76-3 | Lead oxide replacment for glass, ceramics |
Tin oxide | 1332-29-2 | Precursor for ITO condutive glass |
Copper oxide | 1317-38-0 | Copper precursor in plating |
Cobalt oxide | 1308-06-1 | Pigment in glass and ceramics |
Nickel oxide | 1313-99-1 | Pigment in glass and ceramics |
INORGANIC SALTS
Name | CAS | Application |
---|---|---|
Aluminium nitrate | 7784-27-2 | Surface treatment, catalysts |
Ferric nitrate | 7782-61-8 | Surface treatment, catalysts |
Nickel nitrate | 13478-00-7 | Precursor in Nickel catalysts, electroplating |
Cobalt nitrate | 10026-22-9 | Metal surface treatment, ceramics and batteries |
Bismuth nitrate | 1304-85-4 | Surface treatment, catalysts |
Cobalt sulphate | 10026-24-1 | Electroplating, ceramics, catalysts |
Nickel sulphate | 10101-97-0 | Metal surface finishing, coating in ceramics |
Cobalt chloride | 7791-13-1 | Metal surface treatment, pigments and ceramics |
Nickel chloride | 7791-20-0 | Metal surface finishing, electroplating, catalysts |
Nickel carbonate | 12054-48-7 | Pigments and catalysts |
Cobalt carbonate | 513-79-1 | Pigments and catalysts |
Bismuth carbonate | 16508-95-5 | Surface treatment, catalysts |
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Wintzell & Fried are pleased to inform that we have REACH registered Sodium hexafluorosilicate, NA2SIF6 (CAS: 16893-85-9). Yet another successful registration. We will continue working with REACH registration, for EU compliance and customer demands. Please contact us for further information or quotation.
#NA2SIF6 #reach #chemicalbusiness #compliance #chemicalmanagement
Wintzell & Fried are pleased to inform that we have REACH registered Ammonium tetrafluoroborate, NH4BF4 (CAS: 13826-83-0). Yet another successful registration. We will continue working with REACH registration, for EU compliance and customer demands. Please contact us for further information or quotation.
#NH4BF4 #reach #chemicalbusiness #compliance #chemicalmanagement
In 1857 Dr. J. Francis Churchill introduced the hypophosphites into medicine, proposing it as cure to for pulmonary tuberculosis (phthisis). He envisioned that the cause of the disease was insufficient oxygen in the tissue and that the use of hypophosphites would increase the amount of oxygen. Therefore, hypophosphites were widely used in pharmaceutical tonics etc, but later investigations proved it to be wrong. Today it is used as, for example, a food additive and in electroless nickel plating. Wintzell & Fried did not contributed to Dr. Churchill’s method, but we are contributing to the EU regulations by REACH registering sodium hypophosphite.