Fast-drying acid rinse aid for glasswashers
RINSE PLUS is an acid-based rinse aid developed for use in professional glasswashers and designed to ensure faster and more effective drying of glass and crystalware. Its formulation is particularly suitable for bars, restaurants, hotels, pubs, wine bars, and all HORECA environments where washing cycles are frequent and fast turnaround of tableware is essential.
Thanks to its acid-based composition, RINSE PLUS helps neutralize alkaline residues left by detergents during the washing cycle. This action contributes to preventing the formation of streaks, films, and limescale deposits that can affect the final appearance of glasses, goblets, and crystalware.
The product is particularly effective in the presence of hard water. Its formulation contains specific sequestering agents that help counteract the effects of water hardness, contributing to bright, spotless surfaces. This makes it especially suitable for use in areas where water quality may negatively impact the final rinsing result.
RINSE PLUS promotes rapid evaporation of water from treated surfaces, significantly reducing drying times and improving operational efficiency in professional environments. Its performance is especially appreciated in fast and intensive washing cycles, where glasses must be quickly available, perfectly dry and ready for use.
The formulation also features an effective anti-foam action that optimizes rinsing by preventing residual foam during operation. The product appears as a clear liquid acid-based detergent and is compatible with the main brands of professional glasswashers, both with automatic dosing systems and manual dosing.
The recommended dosage ranges from 0.8 to 1.0 g/l during the rinsing phase, depending on water hardness and the characteristics of the machine used. For optimal performance, the rinse cycle temperature should be maintained between 80 and 85°C, and the cleanliness of the nozzles should be periodically checked to ensure even distribution of the product and effective drying.