Ceramic Care Set no. 12011 | AKEMI Intensive Cleaning
Ceramic Care Set AKEMI for intensive cleaning Art. 12011
Practical care set for intensive cleaning of porcelain stoneware, ceramic and clinker surfaces.
Not suitable for limestone and other acid-sensitive stones!
Scope of delivery:
- 500 ml Crystal Clean concentrate
- 500 ml sanitary cleaner spray (spray bottle)
- in the plastic box
With the Crystal Clean concentrate you remove light soiling such as grease and oil films, street dirt etc. on porcelain stoneware as well as polished natural and artificial stones. Perfectly suitable for daily cleaning. Acid and alkali free, as well as free of phosphate containing substances. Biologically degradable.
The sanitary cleaner spray from AKEMI is perfect for the daily cleaning of acid-resistant natural and artificial stones, glass, stainless steel in bathrooms and kitchens, porcelain stoneware and tiles. Highly concentrated and particularly economical. Based on organic acids with non-ionic and cationic tensides. Phosphate-free and free from strong inorganic acids. Biologically degradable.
Ceramic Care Set AKEMI for intensive cleaning Art. 12011
Practical care set for intensive cleaning of porcelain stoneware, ceramic and clinker surfaces.
Not suitable for limestone and other acid-sensitive stones!
Scope of delivery:
- 500 ml Crystal Clean concentrate
- 500 ml sanitary cleaner spray (spray bottle)
- in the plastic box
With the Crystal Clean concentrate you remove light soiling such as grease and oil films, street dirt etc. on porcelain stoneware as well as polished natural and artificial stones. Perfectly suitable for daily cleaning. Acid and alkali free, as well as free of phosphate containing substances. Biologically degradable.
The sanitary cleaner spray from AKEMI is perfect for the daily cleaning of acid-resistant natural and artificial stones, glass, stainless steel in bathrooms and kitchens, porcelain stoneware and tiles. Highly concentrated and particularly economical. Based on organic acids with non-ionic and cationic tensides. Phosphate-free and free from strong inorganic acids. Biologically degradable.