Maintaining a home is not just about vacuuming on the weekend. Each surface, each material reacts differently to the products and actions applied. Adapting maintenance methods to the technical constraints of one’s home helps preserve materials longer and avoid costly repairs.
Surfaces and materials: adapting cleaning to each support
A granite countertop is not maintained like laminate, and an oiled parquet floor cannot withstand the same products as a ceramic tile floor. Applying an acidic cleaner (white vinegar, descaler) on marble or limestone attacks the surface and creates irreversible dull stains.
The principle to remember: always check the compatibility of the product with the material. Porous surfaces (natural stone, unglazed terracotta, raw wood) absorb liquids and require neutral pH cleaners. Glazed or enameled surfaces tolerate slightly acidic or alkaline products better.
For those looking to delve deeper into these topics and find detailed guides by room type, it is possible to visit the Les Patriotes website, which gathers thematic resources on housing.
- Natural stone and marble: diluted black soap or Marseille soap, never vinegar or lemon. Rinse with clear water without letting it stagnate.
- Oiled or waxed wood: slightly damp cloth, no steam. Reapply a coat of oil or wax once or twice a year depending on foot traffic.
- Stainless steel (sink, backsplash, appliances): hot water and dish soap, then immediate drying with a microfiber cloth in the direction of brushing to avoid streaks.
- Tile joints: baking soda paste applied with a toothbrush, let sit for about fifteen minutes, then rinse. Baking soda is slightly abrasive without damaging the joint.
PFAS Regulation: what changes for cleaning products
Since January 1, 2026, the manufacture, import, and marketing of certain products containing PFAS (per- and polyfluoroalkyl substances) are prohibited in France. This ban currently applies to cosmetics, clothing, shoes, and textile waterproofing products.
The next step arrives in 2027, with an extension to upholstery fabrics, treated carpets, and certain fluorinated cleaning products. Specifically, high-performance degreasers, stain-resistant waxes, and water-repellent sprays for carpets will be reformulated or withdrawn.
From January 1, 2030, the ban will become nearly total for textiles containing PFAS: rugs, carpets, curtains, mattress covers, and tablecloths. Exceptions will remain limited to a few technical uses.
Check your cupboards now
This regulatory evolution has a direct consequence on products currently stored in cupboards. A waterproofing spray purchased two years ago likely contains fluorinated compounds. It remains usable but will not be replaced identically once the stock is depleted.
Alternatives already exist: wax or silicone-based waterproofers are gradually replacing fluorinated formulations. Their effectiveness is slightly lower on fabrics highly exposed to water, but sufficient for regular household use.
Volatile organic compounds in new furniture
A new piece of furniture emits volatile organic compounds (VOCs) for several weeks after installation. Particle boards and plywood use glues containing formaldehyde, whose emissions decrease over time but remain measurable for months.
Manufacturers must comply with reduced emission thresholds, which improves indoor air quality in new or recently furnished homes.
Reducing VOC exposure at home
Ventilating a room that has just received new furniture for at least two weeks, with windows open for about fifteen minutes a day, accelerates off-gassing. Placing the furniture in a ventilated room before installing it in a bedroom limits nighttime exposure, a period during which the airways are more vulnerable.
When purchasing, labels such as the A+ label on indoor air emissions help identify the least emissive products. This label, mandatory in France on construction and decoration products, classifies VOC emissions from A+ (very low) to C (high).
Natural household products: real effectiveness and limits
Baking soda, white vinegar, and black soap form an effective maintenance base for most common household tasks. Their main advantage lies in their versatility and low impact on indoor air quality.
White vinegar descalers and disinfects non-calcareous surfaces. Baking soda acts as a mild abrasive and neutralizes odors. Black soap degreases floors, countertops, and range hoods.
Mixing white vinegar and baking soda produces a spectacular but chemically neutral effervescent reaction. The result is essentially saltwater (sodium acetate). Using each product separately, depending on the task, yields better results than combining them.
What these products do not do
Natural cleaners do not replace an enzymatic detergent for protein stains (blood, milk, grass) on textiles. They also do not eliminate mold deeply embedded in bathroom joints, where a treatment based on sodium percarbonate or hydrogen peroxide would be more suitable.
On greasy kitchen surfaces (hood, backsplash behind the burners), black soap remains the most effective of the three. White vinegar, often recommended for everything, has almost no degreasing power.
Maintaining a home becomes more effective when actions are calibrated to the actual materials of the home and the composition of the products used. With the gradual disappearance of fluorinated formulations and stricter regulation of VOCs, cleaning habits will evolve in the coming years, without complicating daily life.
