Select the right replacement filter for
Choose your MAXTRA PRO: sustainable all-rounder or limescale expert
MAXTRA PRO ALL-IN-1
The all-round talent for cold and hot drinks
- Filters trace impurities such as certain herbicides, pesticides and pharmaceuticals. (1)
- Reduces taste-impairing substances such as chlorine.
- Protects your appliances against limescale in regions with soft to hard water.
- Reduces chlorine, lead and copper.
- Still compatible with your BRITA jug.
MAXTRA PRO LIMESCALE EXPERT
The hot water specialist for aromatic tea and coffee
- 50% better limescale reduction compared to MAXTRA PRO ALL-IN-1 water filter cartridge.
- Reduces odour- and taste-impairing substances.
- Protects your appliances against limescale in regions with hard to very hard water.
- Reduces chlorine, lead and copper.
- Still compatible with your BRITA jug.
MAXTRA PRO ALL-IN-1 value bundles
MAXTRA PRO LIMESCALE EXPERT value bundles
Other BRITA household water filter cartridges
Water filters for tap solutions
Water filters for carafes & bottles
Good for you, great for the environment!
Use our CO2 calculator below to find out how swapping from bottled to BRITA today could reduce your waste and CO2 emissions.
How much water do you drink daily?
1 litre
2 litres
3 litres
4 litres
5 litres
How much waste you generate annually
PET bottles
MAXTRA cartridges
BRITA MAXTRA cartridges help you reduce waste by {{values.kgdifference}} kg each year.
Comparison calculated based on: 1.5L PET bottle (0.035 kg) and MAXTRA cartridge (0.149 kg), values rounded, figures from November 2021
How much CO2 you generate annually
PET bottles
MAXTRA cartridges
BRITA MAXTRA cartridges help you reduce CO2 emissions by {{values.co2difference}} kg each year.
Comparison calculated based on: internal calculation based on scientific studies, values rounded, figures from November 2021
Help promote sustainability ...
-{{values.kgdifference * counterAnimation | round}}kg
-{{values.co2difference * counterAnimation | round}}kg
... and protect the environment.
Calculated based on equal consumption.
