GROTANOL SR-2 is a microbiocidal system cleaner for circulation systems and production plants High concentrated and free of water Effective even in very low use-concentrations Excellent cleaning and microbicidal effect Broad, balanced spectrum of effect against bacteria, yeasts and moulds Good immediate effect Good anticorrosion properties. Low foaming Usable for all steel, non-ferrous and aluminium alloys. Suitable for low to medium alcalic medium (pH 8 - 11). Contains no organically bound chlorine (has no effect on the AOX value)

S&M PROPYLPARABEN comprises a single active ingredient and has broad-spectrum efficacy. This crystalline powder is a powerful preservative even at low use concentrations, and is stable across a broad pH and temperature range. s&m Propylparaben is fully effective both in anionic as well as cationic systems. Acidic pH values have no negative influence on the effectiveness. High pH values (> pH 8.0) should be avoided.

GROTANOL SR-2 is a microbiocidal system cleaner for circulation systems and production plants High concentrated and free of water Effective even in very low use-concentrations Excellent cleaning and microbicidal effect Broad, balanced spectrum of effect against bacteria, yeasts and moulds Good immediate effect Good anticorrosion properties. Low foaming Usable for all steel, non-ferrous and aluminium alloys. Suitable for low to medium alcalic medium (pH 8 - 11). Contains no organically bound chlorine (has no effect on the AOX value)

MIKROCOUNT COMBI is part of the mikrocount® product range provides every operation with individual means of rapid and reliable hygiene control, e.g. in sensitive production areas or medical areas. In addition to production and personnel hygiene measures, applicable hygiene guidelines and quality assurance concepts (e. g. GMP or HACCP) require routine hygiene controls at each step of the production process and documentation of the results. mikrocount® dipslides are the ideal solution for comprehensive hygiene monitoring of the entire production process.