DuPont TapTec TT Plus HF

Chloramine reduction is estimated to be between 20-60%, as it can be more challenging to remove than chlorine, but reverse osmosis systems generally perform well.

VOCs reduction is estimated to be around 20-60%, as reverse osmosis can remove some volatile organic compounds, but performance may vary.

Pesticide reduction is estimated to be around 20-60%, as reverse osmosis can remove some pesticides, but effectiveness may vary.

Herbicide reduction is estimated to be between 20-60%, as reverse osmosis can help reduce these contaminants, but results may vary.

Pharmaceuticals reduction is estimated to be around 20-60%, as reverse osmosis can remove some pharmaceutical compounds, but effectiveness may vary.

The filter is certified for 100% reduction of microplastics, which are harmful pollutants that can affect human health and the environment.

The filter is designed to effectively reduce PFAS, which are persistent chemicals linked to various health issues, with a reduction rate estimated to be over 60%.

Chlorine reduction is expected to be high, likely over 60%, as it is commonly targeted by reverse osmosis systems due to its potential health risks.

The filter is expected to reduce heavy metals by over 60%, which is crucial for preventing various health issues associated with metal exposure.

Fluoride reduction is likely over 60%, as reverse osmosis systems are effective in removing fluoride, which can have adverse health effects in high concentrations.

Sediment reduction is expected to be over 60%, which is important for protecting plumbing and improving water clarity.

Cysts are likely reduced by over 60%, which is vital for preventing waterborne diseases.