To the content
To main menu
- SYSTEM tensioplus is a special liquid tensio-active agent for all types of industrial textiles and can be used as a sole detergent for low water hardness.
- With its special surfactants, SYSTEM tensioplus was developed especially for cleaning textiles soiled with grease and oil.
- Effective and powerful for cleaning workwear in the kitchen, food processing industry and workshops.
- SYSTEM tensioplus has also been developed for cleaning textiles such as mops and cleaning rags.
- Optimally adapted for use in combination with ACTIV liquid, SYSTEM alca and SYSTEM oxybleach.
- The combination of biodegradable surfactants and hydrogen enables an effective removal of colored stains and contributes to an efficient washing result.
- SOLUS oxydet contains no chlorine, bleaching agents nor optical brighteners which makes it suitable for all types of textiles, including delicate and colored fabrics.
- Mainly composed of renewable sources, SOLUS oxydet takes on the responsibility for future generations.
- SYSTEM tensio has a strong emulsifying power and removes the dirt from all textiles.
- SYSTEM tensio is suitable for all washing.
- SYSTEM tensioplus is a special liquid tensio-active agent for all types of textiles.
- The combination of special surfactants makes SYSTEM tensioplus effective and powerful against grease and oil and therefore particularly suitable for use on heavily soiled textiles.
- SYSTEM tensioplus has been specially developed for use on workwear in kitchens, workshops, health care etc.
- Optimally adapted for use in combination with SYSTEM alca and SYSTEM oxybleach.
- Its formula rich in surfactants and its performing enzymes system allows SOLUS multi to easily remove greasy, protein and food stains.
- SOLUS multi contains no bleaching agents, and no optical brighteners which makes it suitable for all types of textiles, including delicate and colored textile.
- Mainly composed of ingredients from renewable sources, SOLUS multi takes on the responsibility for future generations.
