Magic Kleen is an Australian made product this is a soft, abrasive and safe powered acid. the abrasive nature exposes the matrixes, allowing the active ingredient to attack the calcium component, breaking down the silica.
Magic Kleen can be used on on many surfaces such as:
- Chrome & Brass
- Stainless Steel
- Tiles & Porcelain
- Walls
- Glass & Shower Screen
Magic Kleen can safely break down and remove:
- Heavy Soap Scum
- Silica & Limescale
- Marks/Stains/Dye on Walls & Tiles
- Water marks
- Rust Stains & Build up
To use your Magic Kleen:
- For spot cleaning: wet a microfibre cloth with water or cleaning solution (I like to use our Degreaser product as this works excellent together).
- Make a paste material and apply product to surface with cloth in circular motion similar to polishing a car. For areas that have high build up, try applying Magic Kleen with a 0000 fine wool scourer.
- Depending on surface location, either rinse area with water or use a damp wet cloth to remove product and residue.
- Repeat #3 if residue still remaining.
- Polish with dry polishing cloth to finish.
More About Magic Kleen
It all started cleaning a house prior to sale, and the shower could not be cleaned to satisfaction. Much research followed, with chemistry training helping narrow potential options and after making many prototypes, Magic Kleen was created.
This shower screen was purchased from the local dump recycling center, and was totally covered in scale we believed if we could clean this we could clean anything!
And so it has turned out to be. This shower screen comes from one of North Queensland’s most hard water areas.
The Problem !
Scale that appears on shower screens predominantly, but also other glass, is often characterised as calcium scale. The reality is a little different. The scale appears to be a matrix of calcium and silica, so where there is a lot of silica in the water, cleaning is almost impossible, as silica is relatively inert.
The Magic Kleen contains a soft abrasive, and a safe powdered acid . The abrasive exposes the matrix, allowing the active ingredient to attack the calcium component, and at this stage the silica simply collapses.