Bathroom cleaner 0,5 l

The bathroom cleaner can be used wherever limey and greasy dirt have to be removed at the same time.
Removes limescale deposits in hard-to-reach places and cleans taps, stainless steel, tiles, shower walls in the bathroom and kitchen at the same time.

Application / Dosage:
Spray on the bathroom cleaner, leave to act for a short time - depending on the limescale deposit -, wipe off and rinse with clear water.
Attention: Not suitable for all surfaces containing lime such as marble, alabaster, terazzo, artificial stone, concrete etc.

Product declaration:
Citric acid 5-15%
Herbal. Alcohol (ethanol) 5-15%
Sugar tensides 1-5%
Water, swirled ad 100%

Ingredient list according to EC 648/2004:
Aqua, Citric Acid, Alcohol, Alkylpolyglucoside C8-10

Origin and properties of the ingredients:
Plant alcohol (ethanol) is obtained by fermentation of plant starch Starch. Sugar tenside is made from vegetable starch and coconut fat coconut fat. Ethanol and sugar surfactant dissolve the dirt and allow the Water run off. Citric acid, in food grade quality, dissolves Limescale.

Product feature:
Convenient to use: simply spray on, leave on for a short time, rinse or lightly wipe off, and get a sparkling clean result, with impeccable ecological quality and 100% biodegradability.

Certification:
Ecogarantie
CSE
Vegan Society

Technical data:
Density: (20 °C) approx. 1.03 g / cm³
pH value: (20 °C, 5 g / l H2O) approx. 4-5

Ecology:
Biodegradation: Ethanol is also found in small quantities in nature nature. It is rapidly and 100% degradable in carbon dioxide and water if it enters the waste water. In the manufacturing process of sugar surfactants Parts of sugar and fat are joined together in such a way that the internal Molecular structure is preserved. It is therefore easy for microorganisms to therefore easy for microorganisms to break down these surfactants quickly and completely. Citric acid is a component of the plant, animal and human organism and is therefore rapidly and completely converted to carbon dioxide by the microorganisms and completely to carbon dioxide and water. Sugar tenside is considered to be readily biodegradable according to OECD.