Description
The EHEIM Carbon Filter Pad for 2026/2028 is a genuine replacement filter media designed for EHEIM Professionel II external canister filters. Treated with high-quality activated carbon, this filter pad provides effective chemical filtration by removing dissolved impurities, chlorine, medication residues, odours, and water discolouration from aquarium water.
Ideal for use after aquarium treatments, during tank setup, or when improving water clarity, the carbon filter pad helps create cleaner, healthier water conditions without affecting the biological filtration process. Activated carbon adsorbs unwanted substances from the water, helping maintain a clear and attractive aquarium environment.
Precision-cut to fit compatible EHEIM filters, this genuine replacement media offers simple installation and reliable performance.
Key Benefits:
- Genuine EHEIM replacement filter media
- Contains activated carbon for chemical filtration
- Removes chlorine, odours, and dissolved impurities
- Helps eliminate medication residues after treatment
- Improves water clarity and overall water quality
- Easy to install and replace
- Suitable for freshwater and marine aquariums
Features:
- Fine and coarse filter pad treated with activated carbon
- Effective adsorptive filtration
- Precision-cut for compatible EHEIM filters
- Supports crystal-clear aquarium water
- Genuine EHEIM quality and performance
Compatibility:
Suitable for:
- EHEIM Professionel II 2026
- EHEIM Professionel II 2028
- EHEIM Thermofilter 2126
- EHEIM Thermofilter 2128
- Compatible EHEIM eXperience and Professionel models using the same media format
Product Specifications:
- Brand: EHEIM
- Product Number: 2628260
- Product Type: Carbon Filter Pad
- Filtration Type: Chemical Filtration
- Media: Activated Carbon
- Application: External Canister Filters
- Genuine OEM Replacement Media
Maintenance Instructions:
For best results, use the carbon filter pad for a limited period of approximately four weeks before replacing or removing it. Activated carbon becomes exhausted over time and loses its effectiveness once saturated.
