Choose the wrong tap, drink poisonous water daily

How to Choose a Water Tap: A Guide to Safe and Healthy Faucets

The faucet is one of the most frequently used kitchen and bathroom fixtures in every home. The quality and design of the faucet have a long-term impact on the health and quality of life of the entire family. However, an improper faucet choice may lead to serious health risks, including exposure to harmful metals like lead. In a CCTV program, water samples from 10 households showed that metal pollutants, particularly lead, exceeded safe limits in three homes, raising concerns about the quality of tap water.

The presence of excessive heavy metals in drinking water is harmful to health. Under normal conditions, tap water is weakly acidic. When it stays in the faucet for extended periods, metal pollutants can dissolve into the water, contaminating it. This process can lead to health problems, especially when the water contains heavy metals like lead, which can cause brain damage and impair the nervous system over time.

Studies show that long-term consumption of water contaminated with heavy metals can pose serious health risks. Lead, in particular, is harmful and can accumulate in the body over time, leading to chronic damage, especially to the brain and nervous system. The more extended the exposure, the greater the potential harm. To combat this, China's standards for faucet materials prohibit the use of easily corroded materials like zinc alloys and require that materials in contact with drinking water do not alter their quality, appearance, taste, or smell.

To ensure a safe water supply, it's essential to select a faucet made from high-quality, safe materials. The most common materials used in faucets are copper alloys and stainless steel.

Faucets Made of Copper Alloy:

• Features: Copper alloy faucets are rust-resistant, durable, and have anti-oxidation and sterilization properties.
• Disadvantages: Some copper alloy faucets may contain lead. It's important to choose products from reputable brands to ensure the lead content does not exceed the safe limit of 5 µg/L.

Faucets Made of Stainless Steel:

• Features: Stainless steel faucets have high hardness, strong toughness, and are resistant to rust. They do not contain lead and will not contribute to secondary water contamination.
• Disadvantages: Stainless steel faucets are more challenging to manufacture and process, which makes them more expensive than those made from other materials.

Recommendation: For safety and health, it is advisable to purchase a stainless steel faucet from a reputable brand. You should request product certification from the national quality inspection department to ensure compliance with safety standards.

Avoid Using "Overnight Water": In the morning, avoid using the water that has been stagnant in the faucet overnight. It's a good idea to let the faucet run for a few seconds before using it for drinking or cooking. The water can be used to flush the toilet or mop the floor.

Inspect the Faucet Hose: The connecting hose of the faucet is equally important and must be checked for quality. Some hoses are made from low-grade materials that can leach harmful chemicals. When purchasing a hose, ensure it doesn't have a strong, unpleasant odor, as this can indicate poor quality.

Lead is harmful, particularly to children, and is regulated in many countries. The United States, for example, implemented the AB1953 Act in 2010 to limit lead content in bathroom products and water supply accessories.

To meet these standards, manufacturers like ours refine copper materials and use fully automated, low-lead production processes. Every batch of copper materials is tested using advanced equipment, including direct-reading spectrometers and metallographic electron microscopes, ensuring safety and compliance with health standards.

Choosing a faucet with the right materials and from a trusted manufacturer is essential for maintaining a safe water supply in your home.

All our faucets meet the requirements of this act, and the test results are far below the standard's minimum limit. To achieve this goal, we need to prepare the raw materials. The factory refines copper materials by itself and has a fully automated low-lead, sand-washing, and pickling production line. Each batch of copper materials will be analyzed and tested using the laboratory's direct reading spectrometer, metallographic electron microscope, and other equipment to ensure safety and reliability. Small factories can not do this.