As economies in China and other developing nations continue to grow, people's expectations for a higher quality of life are on the rise, particularly concerning access to clean drinking water. This issue, affecting countless households, is gaining increasing attention. Unfortunately, China’s current tap water treatment processes remain largely outdated, dating back over 200 years. This presents several challenges:
Firstly, due to widespread water pollution, over 2,221 organic contaminants have been identified in untreated water sources. Some of these pollutants are linked to cancer, genetic mutations, and developmental issues, and the conventional treatment methods fail to eliminate them entirely.
Secondly, chlorine is introduced during the tap water purification process. When chlorine interacts with organic materials like humic substances, it forms harmful compounds such as trihalomethanes and haloacetic acids, which are also associated with carcinogenic properties.
Thirdly, even after water leaves the treatment plant, contamination remains a concern, especially in the extensive pipeline networks and rooftop tanks of high-rise buildings. Consequently, many individuals perceive tap water as unsafe for consumption.
In response to these growing concerns, household water purifiers have gained popularity. Early models primarily relied on coarse filtration and activated carbon for adsorption. While affordable and straightforward, these units suffer from limitations. Over time, the organic matter trapped by activated carbon can become a breeding ground for bacteria, leading to an increase in nitrates in the filtered water. With worsening water pollution, relying solely on activated carbon proves insufficient.
To address these shortcomings, companies have begun integrating activated carbon with advanced membrane technologies. These combined systems leverage the adsorption capabilities of activated carbon to remove organic compounds, residual chlorine, and heavy metals while employing membrane filtration to eliminate suspended particles and microorganisms. Despite these improvements, the trade-off often involves significantly reduced water flow rates, diminishing practicality.
However, the polymer "PVF" microporous filter membrane offers a solution to these challenges. It serves as an ideal water filtration material, balancing effectiveness with affordability, providing a competitive edge in the market.
Our factory’s water filtration and purification products go beyond simply addressing secondary contamination from tap water. They effectively filter out bacteria, remove suspended impurities, and provide clean drinking water. Additionally, they boast high flow rates, practicality, cost-effectiveness, and ease of use, playing a crucial role in enhancing public health through improved drinking water quality.
The polymer "PVF" microfiltration membrane within our faucet filters delivers exceptional results:
1. It significantly reduces water discoloration, turbidity, suspended particles, and bacterial counts.
2. It effectively decreases levels of arsenic, lead, manganese, and iron.
3. It minimizes nitrite and excess chlorine concentrations.
4. It adsorbs harmful salts and softens hard water.
This innovative approach marks a significant advancement in water purification technology, ensuring safer and healthier drinking water for households across China.
Article source: China Filter Network
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