Special features:
-
Safe to handle
Contactless and safe activation
- Activation only before use
Longer product shelf life (several years in inactivated state)
- Hygienically clean drinking water
in tanks, drinking water systems, pipes or on the go
- Sustainably combats pathogens in water
Bacteria such as Legionella, viruses, pathogenic germs, fungi
- Effective disinfection effect
25x stronger than hydrogen peroxide
- Permissible procedure
Chlorine dioxide as a proven method according to current
Drinking Water Ordinance §11, listed according to DVGW W291 and W224
- Without heavy metals
pH-neutral in use, contains no heavy metals such as
Silver or copper ions
Activation:
1. Powder bag
Cut open the supplied sachet K2 (component 2) on the side and carefully fill it into the bottle K1 (component 1).
2. Shake
Close the bottle tightly and shake for about 10 seconds.
3. Let them react
Allow the solution to react for 90 minutes at room temperature, protected from sunlight.
You now have a ready-to-use chlorine dioxide solution (≤ 3%) for disinfection. Please enter the activation date in the appropriate field on the bottle label.
Scope of delivery:
• CDL K1 250ml
• CDL K2 7g
• Dosing pipette LDPE
• Package leaflet
Safe and worry-free use for drinking water treatment.
A highly effective and resource-saving disinfectant for the sustainable control of bacteria, fungi, algae, and viruses in drinking water. Based on a special process, OSAVITA® CDL also combats dangerous Legionella bacteria, among others. Furthermore, it offers numerous advantages in use and handling. It is activated by activating the two components and is only required prior to use. After activation, a 0.3% chlorine dioxide solution is created for disinfection.
No byproducts such as chlorates or perchlorates in drinking water.
Unlike other chlorine-based disinfection processes, its use does not release any halogenated substances such as trihalogen compounds (THMs), chlorophenols, AOX compounds, or chloramines into drinking water. Reactions with primary, secondary, and quaternary amines are excluded.
Due to the optimal reaction conditions of our 2-component manufacturing process, neither chlorates nor perchlorates are produced during the formation of chlorine dioxide.
