Product > DC LIFE Pro Max - CF Filter - 03

CF Filter - Alkaline Strontium-rich Carbon Composite Filter (CF) Element

Water flow rate: 1.5L/min

Working pressure: 0.4-0.8MPa

规格
CF滤芯 - 富含铝土矿的碱性锶碳复合滤芯（CF）

水流速：1.5L/min
工作压力：0.4-0.8MPa

• Third Stage Filtration

Supplies beneficial minerals while maintaining a healthy pH value and secondarily removing chlorine in your drinking water.

• Trace Element Ratio Technology 

Involves 56 modification processes to release stable minerals that are essential for body health.

• Advanced PCC Mineral Active Technology 

Targets modification of different minerals, increasing the specific surface area and ion exchange adsorption capacity of minerals.

Important notice:

• DC LIFE Pro Max has three filter elements (PAC, RO, CF), which have the recommended lifespan of 2,000L, 4,000L and 2,000L, respectively. The frequency at which you need to perform this chore varies depending on your usage and the quality of your source water. For example, if there is a lot of sediment and/or particles in your water, then you will have to change your filters more frequently than a location with little to no sediment. 

• Be sure to replace your filters whenever you notice a decline in the performance, whether it is a drop in flow rate and/or pressure of water entering the Purified Water Tank. If your source water can’t pass through the filter or starts to take on an unusual taste, this is a sign that your filter is long past replacement time. 

• Filter elements are consumable parts, and hence no warranty is given as it will vary with local water conditions and water consumption.

益处 / 独特卖点

• 第三阶段过滤
  提供有益矿物质，同时保持健康的 pH 值，并次要去除饮用水中的氯。
• 微量元素比例技术
  涉及 56 种修改过程，释放出对人体健康至关重要的稳定矿物质。
• 先进的 PCC 矿物活性技术
  针对不同矿物质进行修改，增加矿物质的比表面积和离子交换吸附能力。

重要提醒：

• DC LIFE Pro Max 配备 3 个滤芯（PAC、RO、CF），它们的推荐使用寿命分别为 2,000L、4,000L 和 2,000L。根据您的使用情况和水源水质，您需要更换滤芯的频率会有所不同。例如，如果水中有大量沉淀物和/或颗粒物，您需要比水质清洁的地方更频繁地更换滤芯。

• 如果您注意到滤芯性能下降，无论是水流速和/或进入净水箱的水压下降，都应及时更换滤芯。如果您的水源水不能通过滤芯或水开始有异常味道，这是您的滤芯已经过了更换的时间。

• 滤芯是消耗性部件，因此不提供保修，具体使用寿命会受到当地水质和水量消耗的影响。