AXCIDE FK-T

GENERAL

Chemical Name                                                                       Zinc pyrithione or Bis(2-pyridylthio)zinc 1,1’-dioxide
Chemical Formula                                                                                   C10H8N2O2S2Zn
Molecular Weight                                                                                      317.68
CAS No.                                                                                                       13463-41-7
Static appearance                                                                 Lower level is white to yellow precipitation, upper level is colourless to light yellow clear liquid.
Dynamic appearance                                                         White to light yellow emulsion.

DESCRIPTION

AXCIDE FK-T is a low toxicity biocide liquid and friendly to environment. It is
effectively inhibit the growth of pathogenic microorganisms such as streptococcus and
staphylococcus, fungi, yeast, mould and bacterial.

SPECIFICATIONS

PROPERTIES                                                                                              TYPICAL VALUE
Active Content,(%):                                                                                              48.0-50.0
pH (5% solution)                                                                                                  6.0 – 9.0
Solubility                                                                                                     Insoluble in alcohol, surfactant and water.

APPLICATIONS

AXCIDE FK-T is specially formulated as germicide for exterior high durable coatings.
Moreover, it has much potential of applications in production of pesticide, adhesives, carpet,
cosmetics, as antifouling agent in paints, sealants and as anti-dandruff agent in shampoo
preparations. In shampoo formulation, it can reduce the itching, flaking of the scalp and control
hair dropping. AXCIDE FK-T also can be used in ship corrosion-proof paints when it’s
combined with copper hemioxide to prevent shells and marine plankton adhering to ship shell.
It has shown good stability as bactericide and fungicide in the pH range from 4 to 10. Below pH
4.5 the zinc complex dissociates, forming free pyrithione. Above pH 9.5 the zinc complex
hydrolyses to yield ionised pyrithione and zincate species. Both free and ionised pyrithione are
microbiologically active.