Plastic packaging
Metal packaging
Plastic packaging
Metal packaging
Higher paint efficiency means less product necessary to paint a room. This, in turn, is associated with a lower impact on the environment through less consumption of raw materials and packaging.
In order to properly estimate the amount of paint needed, we provide customers with helpful conversion factors, both universal and for specific products. Thanks to the efficiency of specific paints and varnishes provided on the packaging, a customer can independently calculate the number of packages of a given product to buy.
The Research and Development Center of FFiL Śnieżka SA ensures continuous improvement of the product qualities of all Group companies. One of its key tasks is to optimise the formulations of paints and varnishes not only in terms of customer needs, but also environmental impact. Through the Centre’s activities, we directly contribute to improving the air quality in the areas where our products are used by reducing the Volatile Organic Compounds that can be released from paint on walls, for example.
We do realize that paints intended for rooms featuring high air humidity should be additionally protected to protect users against microorganisms such as mould and fungi that develop in these conditions.
Magnat Ceramic paints (Kitchen and Bathroom and Care) were tested for several strains of bacteria. We have examined whether a dry surface supports or hinders their development. Since bacterial contamination can occur at an earlier stage, we protect the product from spoilage, extending a usability-life. For painting bathrooms, kitchens or laundry rooms, we especially recommend Magnat Ceramic Kitchen & Bathroom paint. Its hydrophobic properties also allow protection against fungi, but also abrasion or the use of disinfectants. The Magnat Zacieki i plamy paint also has got anti-fungal properties. It is an undercoat paint recommended for particularly difficult or impossible to remove stains, such as grease or nicotine marks, but also this caused by a surface damping.