Sonnet® | Liquid hand soap | rosemary | 300ml

Product description

scope of application

The rosemary hand soap wakes you up and wakes you up. It is a nourishing, activating soap.

• Basic care for hands, face and the whole body
• Made from 100% vegetable oils from controlled organic cultivation
• 100% biodegradable

application and dosage

Mild soap for hands, face and the whole body.

For hand washing in toilet, bathroom, kitchen, workshop. Can be used where bar soaps are no longer legally permitted, such as in company toilets and kitchens, grocery stores, food processing plants, social facilities and restaurants.

Also suitable for wall brackets.

product feature

The oils and essential oils for these hand soaps are 100% from certified organic cultivation or wild collection. The organic coconut fat is sourced from small farmers in the Philippines in the Davao and Agusan regions. The coconut palms are cultivated in mixed cultures on a maximum of 5 hectares in size. The organic olive oil comes from the Mediterranean region in northern Tunisia.

product declaration

Soap made from olive oil from certified organic farming / biodynamic farming >30%

Organic Coconut Oil Soap 15-30%

Sugar surfactant conventional 5-15%

Vegetable alcohol (ethanol), conventional 1–5%

Vegetable glycerin

from controlled organic cultivation 1-5%

Citrate conventional <1%

Ether. Oils from rosemary, clary sage, bergamot, lavender, frankincense and balsamic additives from controlled organic cultivation / wild collection <1%

Gurjun Balm <1%

water swirled ad 100%

Origin and properties of the ingredients

The oils and essential oils for these hand soaps are 100% from certified organic cultivation or wild collection. The organic coconut fat is sourced from small farmers in the Philippines in the Davao and Agusan regions. The coconut palms are cultivated in mixed cultures on a maximum of 5 hectares in size. The organic olive oil comes from the Mediterranean region in northern Tunisia.

Ingredients (INCI)

Aqua, Potassium Olivate*, Potassium Cocoate*, Alkylpolyglucoside C8-C16 (Coco Glucoside, Lauryl Glucoside), Alcohol denat., Glycerin*, Sodium / Potassium Citrate, Parfum*: Rosmarinus officinalis leaf oil*, Salvia sclarea oil*, Citrus aurantium ssp bergamia oil* (contains Limonene*, Linalool*), Boswellia serrata oil*, Lavandula hybrida oil* (contains Linalool*), Dipterocarpus turbinatus balm extract, Balsamic Additives* (Laurus nobilis leaf extract, Boswellia serrata gum, Gold, Commiphora myrrha , Oleo europaea oil, Viscum album, Rosa damascena)

*certified organically grown

Further information on INCI designations ‣

Biodegradation

Soap made from vegetable oils has the incomparable peculiarity of entering into a connection with the lime that is always present in the waste water immediately after use. As a result, the soap neutralizes itself in its surface-active effect (primary degradation). This primary breakdown occurs within a few hours. The lime soap is then 100% broken down by microorganisms into carbon dioxide and water (secondary breakdown). Ethanol is reintegrated into the natural cycle within a few hours. In addition to the natural glycerin, which is released from the oils during saponification, we also use vegetable glycerin, which binds the skin's moisture. During the manufacturing process of sugar surfactant, parts of starch, sugar and fat are removed from the vegetable raw materials, but their natural structure is completely retained. It is therefore relatively easy for the microorganisms to quickly and completely degrade these surfactants to 100%. According to the OECD, soap and sugar surfactants are considered to be easily biodegradable.

Eco certification

NCS (Natural Cosmetics Standard)

CSE (Certified Sustainable Economics)

Vegan Society

Packaging

Bottles, canisters: PE

Pump dispenser, closures: PE / PP

Label: PE

Outer carton: 100% recycled material

Technical specifications

Density: (20 °C) approx. 1.023 g / cm³ pH value: undiluted approx. 8.5-9

Store between 10 and 25 °C if possible. Short-term temperature drops below or above are possible without damage to the product.