Orange Power Cleaner
120 ml NET 4 fl oz (US)
0.5 litre NET 17 fl oz (US)
5 litres NET 169 fl oz (US)
10 litres NET 338 fl oz (US)
Suitable for all water-proof surfaces. Removes stubborn dirt and grease in kitchens, bathrooms, toilets, and repair shops.
Application / Dosage:
Used for vigorous cleaning and grease removal of exhaust hoods, stoves, cookers, sooty stove panes as well as metal surfaces in repair shops.
Dosage: depending on the degree of soiling, use the product either undiluted, or dilute it with water up to 1:10.
For the cleaning of floors and windows: 5 ml / 10 l of water. Please use the attached measuring cap for dosage, measuring unit 5 ml.
Sugar surfactant 5–15%
Coconut oil alcohol sulphate 5–15%
Orange peel oil <2,5%
Natural essential oils of sweet orange*, bergamot*, citronella*, cajuput*, certified organically grown <1%
Balsamic additives, certified organically grown/collection from wild-growing plants <1%
List of ingredients as per EC 648/2004:
Aqua, alkylpolyglucoside C8–16, sodium C12–14 fatty alcohol sulphate, alcohol, limonene, sodium citrate, perfume* (fragrance), limonene*, linalool*, citronellol*, geraniol*
*certified organically grown
> further information on INCI names
Sugar, starch, and coconut oil serve as raw materials for the sugar surfactants used. Combined with coconut-oil alcohol sulphate, produced from coconut oil and sulphur oxides, they form a combination of substances which complement each other, increase their cleansing performance and possess excellent grease-dissolving properties as well as outstanding skin tolerance. The fat-dissolving performance is further increased thanks to the orange-peel oil used.
Special product feature:
This orange power cleaner combines an excellent efficacy with a high skin tolerance – characteristics which are becoming more and more important for the use in the commercial area.
Density: (20 °C) approx. 1.03 g / cm³
pH value: (20 °C, 5 g / l H2O) approx. 7.5–8.5
Despite the fact that during the manufacturing of sugar surfactants and coconut oil alcohol sulphate, constituents are being extracted from the plant-based raw materials starch, sugar, and fat, they remain completely intact in their natural molecular structure. For this reason it is relatively easy for the microorganisms to 100% decompose these surfactants.
Sugar surfactant and coconut oil alcohol sulphate are classified as being readily biodegradable according to OECD guidelines.