Knowledge Base: Cleaning

Professional cleaning chemicals are a group of highly concentrated cleaning and maintenance products designed for commercial facilities such as offices, hotels, clinics, medical facilities, the food service industry, and industrial settings. Their selection is based on three factors: the type of facility, the type of dirt and surface, and the product’s pH level. Medisept’s educational philosophy remains simple: without cleanliness, there is no effectiveness, because every hygiene procedure begins with cleaning.

MEDICLEAN 550 Dishes with an improved formula. Better rinsing properties, even drying of dishes, high shine on glass and steel, and protection against limescale.

Customers in the beauty industry primarily associate hygiene with aesthetics: a clean workstation, an organized space, and the salon’s overall neat appearance. This is, of course, important, but in reality, hygiene in a beauty salon is primarily a matter of safety—for both customers and salon staff.

In many beauty salons, hygiene is taken seriously, but in reality, there is a lack of a structured procedure. Rules exist, but they are not written down, and how they are implemented often depends on the experience of a specific individual.

Choosing professional floor cleaning products allows you to achieve a clean surface and long-lasting results, as well as properly select the right care method for different types of floors. The composition of the products, their effectiveness, compatibility with a given surface type, and professional safety and application standards are of significant importance, making it easier to match the product to the type of surface and intensity of use.

Grease deposits are among the most challenging types of grime you’ll encounter in the kitchen. They appear regularly as a byproduct of frying or cooking, and removing them is often difficult, especially with standard cleaning products. Instead of disappearing completely, grease smears, creating unsightly streaks and a lingering sticky film.

Every product containing chemicals that is placed on the market must be accompanied by technical documentation required by applicable laws. The responsibility for preparing and providing this documentation rests with the manufacturer. The primary document in this regard is the Material Safety Data Sheet (MSDS), which contains detailed information on hazards, physicochemical properties, safe use guidelines, and emergency response procedures. This document serves not only an informational purpose but, above all, a preventive one—its purpose is to protect human health and reduce the risks associated with the use of hazardous substances in the workplace and beyond.

Stainless steel elevators are a common feature in public buildings, office towers, and residential complexes. Despite the material’s durability and corrosion resistance, their surfaces are easily covered with fingerprints, smudges, and dirt resulting from daily use. Keeping them clean can be a challenge, especially when aesthetics and maintaining high hygiene standards are important. In this article, we present proven tips to help you professionally clean a stainless steel elevator—step by step.

In many public facilities, floors lose their original appearance over time. They become dull, develop micro-scratches, and daily cleaning no longer yields the desired results. The surface looks worn and neglected, despite regular maintenance. This is a common problem in high-traffic areas where traditional cleaning methods are no longer sufficient to restore the surface’s aesthetics and functionality. The solution to this problem may be floor polymerization—a specialized process that refreshes the surface’s appearance and protects it from further damage. In this article, we’ll take a closer look at exactly what polymerization is, how the process works step by step, and what benefits it offers to users of the space.