Multi-layer filtration system: The composite filter technology used in this intelligent anti-pollution desktop water purifier is not a simple stacking of different materials, but a carefully designed multi-layer filtration system. Each layer efficiently intercepts or adsorbs specific pollutants. For example, the first layer may use high-density PP cotton, which is mainly used to remove large particles of impurities such as silt, rust, etc. in the water; the second layer is a high-quality activated carbon layer, which focuses on adsorbing organic substances such as residual chlorine, odor, and color in the water; and the third layer or more layers may use more refined filter materials, such as ultrafiltration membranes or RO reverse osmosis membranes. The pre-treatment layer is used to block bacteria, viruses, and some heavy metal ions.
Nano-scale filtration technology: In order to achieve the filtration of pollutants as small as 0.0001 microns, the composite filter is likely to incorporate nano-scale filtration technology. This technology uses the special properties of nanomaterials, such as large specific surface area and excellent adsorption performance, to enhance the ability to capture tiny pollutants. In some high-end models, advanced materials such as ceramic nano-membranes or modified polymer membranes may also be used to further improve the filtration accuracy and efficiency.
Automated production line: In order to ensure the quality consistency and efficiency of each integrated filter element, manufacturers may use highly automated production lines for production. These production lines integrate precision cutting, pressing, bonding and packaging processes, and can complete the manufacturing process of the filter element under strict quality control.
Strict quality control: During the filter element manufacturing process, each process must undergo strict quality control testing. Including the screening of raw materials, the accuracy of the filter material ratio, the sealing test of the packaging process, etc., to ensure the stability and reliability of the final product.
Selection of environmentally friendly materials: In order to respond to the call for environmental protection and improve user experience, manufacturers may also choose environmentally friendly materials in the filter element manufacturing process. These materials are not only harmless to the human body, but also can be recycled and reused after the filter element’s service life ends, reducing environmental pollution.
Streamlined design: In order to optimize the water flow path and reduce water flow resistance, the integrated filter element may adopt a streamlined design. This design allows water to flow smoothly through each filter layer, improve filtration efficiency and reduce energy consumption.
Diversion channel and support structure: The filter element may be equipped with a carefully designed diversion channel and support structure. The diversion channel is used to guide the water flow along the predetermined path to ensure that each filter layer can fully function; while the support structure is used to support the filter material and maintain its stability to prevent deformation or damage under high-pressure water flow.
Intelligent sensor: The integrated filter element may be embedded with intelligent sensors to monitor the use and filtering effect of the filter element in real time. These sensors can sense the degree of blockage of the filter element, changes in water quality and other information, and send relevant data to the water purifier control system or the user's mobile phone APP.
Filter life indicator: Based on the data of the intelligent sensor, the water purifier is equipped with an intuitive filter life indicator. Users can judge the remaining life and replacement time of the filter element by the color change of the indicator light or the digital display. This design not only facilitates the user's daily maintenance and management, but also avoids the problem of water quality degradation caused by expired filter elements.
This intelligent anti-pollution desktop water purifier successfully realizes the innovative design of integrating three filter elements into one filter element through the comprehensive application of composite filter element technology, precision manufacturing and packaging technology, ingenious design of structural optimization, and convenient experience of intelligent monitoring and feedback. This design not only improves the filtration efficiency and effect of the water purifier, but also brings users a more convenient and intelligent use experience.

The RO reverse osmosis technology of the dual outlet smart faucet can deeply purify the water source through its sophisticated filter membrane, effectively removing residual chlorine, organic compounds, rust and other substances in the water that may cause odor and bad taste. This means that when using RO permeated water, you will no longer feel the pungent chlorine smell or other odors that may be present in tap water, and will be replaced by a fresh and natural taste.
Although the RO reverse osmosis process will remove most of the minerals, modern technology allows the moderate addition of minerals beneficial to the human body, such as calcium, magnesium, etc., through the remineralization process to maintain the natural taste and nutritional balance of the water. This kind of fine-tuning allows RO permeated water to remove harmful substances while still retaining a hint of sweetness, making every sip a pleasure. Hard water may cause discomfort or irritation in your mouth when you drink it. RO permeated water softens the water by removing these minerals, reducing irritation to the mouth when drinking, making the water smoother and easier to drink.
The pore size of the RO reverse osmosis membrane is small enough to block almost all known microorganisms, bacteria, viruses, and most dissolved solids and heavy metal ions. This high-precision filtration capability ensures the extremely high purity of RO permeated water, providing stable and reliable safety even in the face of complex and changeable water source environments.
The quality of RO permeate water often far exceeds national and international drinking water standards. It is not only an ideal choice for home drinking, but also suitable for occasions that require higher water quality requirements, such as infant and young child feeding, tea making, coffee making, etc.
The intelligent system of the dual outlet smart faucet can monitor water quality in real time, including information such as the purity of RO permeated water and the life of the valve core. This instant feedback mechanism not only ensures that users can always obtain high-quality water quality, but also facilitates users to understand the operating status of the equipment in a timely manner, ensuring long-term stable operation of the equipment.
The design of the dual outlet smart faucet fully considers the actual needs of users and provides two options of pre-purified water and RO permeated water. Users can easily switch water sources according to different water use scenarios and needs, which is both convenient and practical. The display screen on the smart faucet can instantly display key information such as water quality and valve core life, allowing users to keep track of water quality conditions and equipment status at any time. This intelligent design greatly improves the user experience and makes household water use more secure and convenient.
The RO permeated water in the dual outlet smart faucet is significantly improved in taste and purity compared with ordinary tap water, making it an ideal choice for modern families pursuing high-quality life. Through its advanced RO reverse osmosis technology and intelligent design, it not only provides users with a source of pure, sweet drinking water, but also greatly improves the convenience and safety of household water use.

The core of the under sink slim design uf purifier the sink lies in its efficient ultrafiltration water system. This system can retain a variety of mineral elements in the water during the filtration process through precise ultrafiltration membrane technology, mainly including calcium, magnesium, potassium, sodium, etc. Calcium is the main component of bones and teeth, and is also essential for maintaining the normal function of nerves and muscles. Magnesium participates in a variety of enzymatic reactions in the body and has a positive impact on heart health, energy metabolism and bone health. Potassium is essential for maintaining fluid balance inside and outside cells, nerve conduction and muscle contraction. Although excessive intake of sodium may be harmful, an appropriate amount of sodium is necessary to maintain fluid balance and neuromuscular function.
The pore size of the ultrafiltration membrane is usually between 0.01 and 0.1 microns, which is just enough to block most microbial contamination, including bacteria, viruses and parasites. These microorganisms may cause various diseases when they survive in water. Through the filtration of the ultrafiltration membrane, they are effectively intercepted on one side of the membrane, thereby ensuring the biological safety of drinking water. In addition, ultrafiltration membranes can effectively remove suspended matter, colloids, macromolecular organic matter, etc. in water. These substances not only affect the clarity of water, but may also contain chemicals or toxins that are harmful to the human body.
While removing these harmful substances, ultrafiltration membranes can allow small molecules such as minerals and water molecules to pass freely. Minerals such as calcium and magnesium are essential trace elements for the human body, and they play an important role in maintaining normal physiological functions of the human body. Therefore, ultrafiltration water ensures the purity and health of water quality while retaining these beneficial minerals.
In order to further improve water quality, some high-end UF purifiers have also innovatively introduced a post-carbon block design. These carbon blocks are usually made of high-quality activated carbon or specific mineral materials, with strong adsorption capacity and ion exchange function. Activated carbon has an extremely high specific surface area due to its porous structure, which can effectively adsorb residual chlorine, odor and heterochromatic substances in water, thereby improving the taste and smell of water. At the same time, some specific mineral materials can also release mineral elements that are beneficial to the human body, such as selenium and strontium, into water through ion exchange and other methods.
As a powerful antioxidant, selenium can remove free radicals in the human body and reduce the damage to cells caused by oxidative stress, thereby helping to improve human immunity and prevent a variety of chronic diseases. Strontium has a significant promoting effect on bone health. It can promote the proliferation and differentiation of bone cells and enhance the strength and toughness of bones.
The ultra-thin UF purifier under the sink successfully achieves the goal of retaining the beneficial mineral elements in the water while ensuring the safety of water quality through its advanced ultrafiltration technology and reasonable design. This balanced treatment method makes the purified water more in line with human health needs and becomes an ideal choice for healthy drinking water in modern families. In addition, its ultra-thin design and compact installation method also greatly facilitate the installation and use of users, and improve the convenience and comfort of home life.

The anti-pollution desktop water purifier, with its innovative composite filter technology (PP+CTO+RO), not only meets the family's demand for clean drinking water, but also demonstrates extraordinary ability in removing specific types of impurities, protecting the health of users.
Bacteria are a common source of microbial contamination in water, and they may spread diseases through the food chain. The built-in RO (reverse osmosis) membrane technology of the water purifier, with its ultra-fine pore size of 0.0001 microns, effectively builds a solid barrier that can intercept and remove more than 99.9% of bacteria in the water, including but not limited to pathogenic bacteria such as Escherichia coli and Salmonella, to ensure the microbial safety of users' drinking water.
Viruses are smaller than bacteria, but their threat to health cannot be ignored. The super filtering ability of the RO membrane is also applicable to virus particles, which can effectively prevent viruses from entering the drinking water system through the water purifier through physical interception. Even if the water source is contaminated by viruses, users can get safe drinking water through this water purifier.
Heavy metal pollution is a major problem in water quality issues. Long-term intake of water containing heavy metals will have a serious impact on human health. The water purifier achieves efficient removal of heavy metal ions through the synergistic effect of the CTO (activated carbon + ultrafiltration) layer and the RO membrane. The strong adsorption of activated carbon can capture and fix heavy metal ions in water, while the RO membrane further ensures that these harmful substances cannot penetrate the water purifier, thereby providing users with drinking water without heavy metal burden.
In addition to the above-mentioned harmful substances, odor and color in water are also important factors affecting the drinking experience. As the first line of defense of the water purifier, the PP (polypropylene) filter element can remove large particle impurities, suspended matter and some organic matter in the water, and initially improve the water quality. Subsequently, the activated carbon component in the CTO layer uses its porous structure and high specific surface area to deeply adsorb odor sources such as residual chlorine and organic pollutants in the water, making the water output fresher and more natural.
In addition to the above-mentioned specific impurities, the anti-pollution desktop water purifier can also remove tiny particles, colloids, and some soluble organic matter in the water to achieve comprehensive purification of water quality. This deep purification effect not only improves the taste and quality of drinking water, but also reduces the health risks that may be caused by water quality problems, providing users and their families with a safe and healthy drinking water environment.
Anti-pollution desktop water purifiers, with their excellent composite filter technology and comprehensive purification capabilities, have become an ideal choice for modern families pursuing high-quality drinking water. It can not only remove harmful substances such as bacteria, viruses, heavy metal ions, etc. in water, but also improve the taste and color of water, making every drop of water full of health and vitality.

As the core of the water purifier, the AW-RB38 series uses RO reverse osmosis membrane, which has a very small pore size and can effectively remove heavy metals, bacteria, viruses, organic matter and other harmful substances in the water, ensuring that the water quality meets the direct drinking standard. RO reverse osmosis membrane is one of the most critical technologies in water purifiers, and its filtering effect has been widely recognized and applied.
The AW-RB38 series water purifier not only relies on a single RO membrane, but also combines other types of filter materials, such as PP cotton, activated carbon, etc., to form a composite filtration system. This design can more comprehensively remove impurities in the water and improve the filtering effect. For example, PP cotton can filter large particles of impurities and protect subsequent filter elements; activated carbon can remove odors, residual chlorine, etc. in the water.
The RO filter used in the AW-RB38 series water purifier is a highly efficient water purification material recognized in the industry. These filters are carefully selected and strictly produced to ensure their excellent filtering performance and durability. The long-life RO filter design means that users can reduce the frequency of filter replacement, thereby saving maintenance costs and time. More importantly, it avoids the waste of water resources and environmental pollution that may be caused by frequent filter replacement. In addition, high-quality RO filters can effectively resist the erosion of chemical substances, ensuring that they can maintain a stable filtering effect during long-term use, and continuously provide users with safe and healthy drinking water.
The intelligent control system equipped with the AW-RB38 series water purifier is a perfect combination of technology and life. The system uses advanced sensors and algorithms to achieve real-time monitoring and intelligent management of the operating status of the water purifier. The automatic flushing function can be started regularly, using pure water to reversely flush the surface of the RO membrane, effectively removing impurities and pollutants attached to the membrane, extending the service life of the RO membrane, and ensuring the continued purity of the outlet water quality. The filter life indicator function accurately informs users of the use status of the filter through an intuitive display or APP notification, reminding users to replace it at the best time, avoiding the situation where the filter expires and affects the water quality. The fault alarm function provides a safety barrier for users. Once the water purifier has any abnormality or fault, the system will immediately sound an alarm to ensure that users can deal with the problem in time to avoid further losses.
The AW-RB38 series water purifier achieves a high amount of filtered water with its efficient filtration system and reasonable design layout. Whether in the home kitchen, living room or office tea room, it can easily cope with daily drinking water, tea making, coffee making and other water needs, meeting users' pursuit of high-quality life. At the same time, the noise generated by the water purifier during operation is less than 55dBA, which is far lower than the sensitivity threshold of the human ear to noise, ensuring that users can maintain a quiet and comfortable environment while enjoying pure water.
The AW-RB38 series RO under counter water purifier has demonstrated strong filtration capabilities with its efficient filtration technology, composite filter design, long-life RO filter, intelligent control and management, high filtered water volume and low noise operation.

The AW-RG03R series water purifier uses an integrated waterway system. This system integrates the waterway components into a whole through precision mold manufacturing and advanced injection molding technology, greatly reducing the multiple independent components commonly seen in traditional water purifiers. connection points between. This design not only improves the compactness of the product, but also significantly reduces the risk of water leakage due to loose connections, aging or corrosion. In addition, the integrated waterway system also optimizes the water flow path to ensure that water can flow smoothly and efficiently when passing through the water purifier, further improving the product's performance and lifespan.
In order to ensure the stability and safety of the water purifier during long-term use, the AW-RG03R series uses high-quality materials to manufacture key components. These materials include corrosion-resistant alloys, high-strength plastics, and food-grade silicone seals. These materials not only have good physical and chemical properties and can resist the erosion of water, chemicals and temperature, but also have high pressure resistance and wear resistance. At the same time, the water purifier also undergoes strict quality control and testing procedures during the production process to ensure that each component meets high standards of quality requirements.
Although it is directly mentioned that whether the AW-RG03R series has specific intelligent monitoring and warning functions may vary depending on the product version, modern water purifier technology is tending to integrate such advanced functions to improve user experience and safety. If the AW-RG03R series includes such technology, it may be equipped with sensors to monitor key parameters such as water pressure, water quality, and filter status in real time. Once the system detects any abnormalities or potential risks (such as filter element clogging, water leakage that may be caused by excessive water pressure, etc.), it will immediately send an early warning signal to the user through the display screen, sound prompts, or mobile APP. This instant feedback mechanism helps users take timely measures to solve problems, thereby avoiding safety accidents such as water leakage.
In order to prevent water leakage caused by improper installation, the AW-RG03R series water purifier provides a detailed installation instruction manual and video tutorial. These materials introduce in detail the installation steps, precautions and solutions to common problems of the water purifier in the form of pictures and texts. In addition to the design and service support of the product itself, user education and maintenance awareness are also key to preventing problems such as water leakage. The brand of AW-RG03R series water purifier will popularize the correct usage and maintenance knowledge to users through various channels. This includes key maintenance steps such as regularly replacing the filter element, checking the interfaces and connection points for looseness, and protecting the water purifier from impact or vibration. By educating users to develop good usage habits and maintenance awareness, the probability of risks such as water leakage can be further reduced.

The efficient thick film heating technology of the AW-PB-FRB series water purifier can quickly heat the water flow in just 3 seconds, allowing users to enjoy warm drinking water without waiting for a long time, greatly improving the convenience and comfort of life. For any emergency needs, the AW-PB-FRB series water purifier can respond immediately to meet the different drinking water needs of the whole family.
With a hot water capacity of ≥400ml/min, the AW-PB-FRB series water purifier can easily cope with occasions such as family gatherings and friends' dinners that require a large amount of hot water, ensuring that everyone can get hot water at the required temperature in time. The efficient heating system and optimized water channel design enable the water purifier to maintain a stable hot water output during continuous use, avoiding the problem of insufficient water or uneven heating affecting the user experience.
The temperature variation range of ±3℃ ensures the accuracy and stability of the water outlet temperature. Users can choose the water temperature that suits them best according to their preferences and needs, whether it is mild honey water, suitable coffee temperature, or the precise temperature of baby milk, it can be easily achieved. Combined with LED digital display and advanced temperature control system, users can intuitively see the current water temperature and easily adjust it to enjoy a personalized drinking experience.
Provide multi-level temperature selection from 25°C to 95°C, covering the full range from room temperature water to high temperature hot water. Whether it is a refreshing drink in summer or a warm soup in winter, the AW-PB-FRB series water purifier can meet your needs. Whether it is daily drinking water, tea and coffee in the family, or baby food preparation, kitchen cooking and other scenes, users can choose the appropriate temperature according to actual needs, realize one machine for multiple uses, save space and cost.
High-efficiency thick film heating technology has high thermal efficiency and can complete the heating process in a short time, thereby reducing unnecessary energy consumption. This means that in the long-term use process, the AW-PB-FRB series water purifier can help users save electricity expenses while reducing the impact on the environment. As a water purifier product that focuses on energy saving and environmental protection, the AW-PB-FRB series not only meets the user's demand for high-quality drinking water, but also actively responds to the advocacy and pursuit of green life in modern society.
The high-efficiency thick film heating element is made of high-quality materials, has excellent high temperature resistance and corrosion resistance, and can maintain stable performance in harsh use environments. After careful design and rigorous testing, the heating system of the AW-PB-FRB series water purifier has a long service life, reducing the frequency of user replacement of accessories and maintenance costs. At the same time, its stable performance also provides a reliable guarantee for the quality of life of users.
The high-efficiency thick film heating technology will not release harmful substances into the water during the heating process, ensuring the purity and safety of the water quality. This is especially important for modern families who pursue a healthy life. In addition to the efficient heating technology, the AW-PB-FRB series water purifier is also equipped with multiple protection mechanisms to ensure the safety and peace of mind of users during use. These design details fully reflect the product's attention and care for the health of users.

NBR material can fit the various connecting parts of the water filter accurately and tightly, effectively preventing any tiny leakage of water during the filtration process. This excellent sealing not only ensures the maximization of the filtration effect, but also ensures the safety and purity of the final water quality. Considering that the refrigerator water filter may be exposed to water containing a small amount of grease under certain circumstances, the NBR material shows its extraordinary oil resistance. This feature enables the NBR sealing gasket to maintain stable sealing performance in an environment with long-term contact with grease, and is not easily eroded or failed, thereby extending the overall service life of the water filter.
During the installation, disassembly and daily maintenance of the water filter, the sealing gasket will inevitably experience a certain degree of friction and wear. With its excellent wear resistance, the NBR material can effectively resist the erosion of these external forces and reduce the decline in sealing performance caused by wear. This not only reduces the frequency of users replacing sealing gaskets, but also saves maintenance costs and improves the overall cost performance of the product.
Silicone rubber, with its excellent sealing performance, is not only reflected in normal temperature and humidity environment, but also can remain stable under extreme temperature and humidity conditions. The interior of the refrigerator is usually maintained at a relatively low temperature, which places high demands on the cold resistance of the sealing material. Silicone rubber can remain soft and elastic in an environment as low as dozens of degrees below zero, effectively preventing hardening or cracking caused by low temperature, and ensuring the tightness of the water filter connection. At the same time, although the direct application inside the refrigerator does not involve a high temperature environment, the high temperature resistance of silicone rubber also provides it with the possibility of a wider range of applications, showing its excellent adaptability and durability.
Over time, many materials will age due to environmental factors, showing performance degradation or even failure. However, silicone rubber stands out with its excellent aging resistance. Even during long-term use, it can effectively resist aging and maintain its original physical and chemical properties. Silicone rubber sealing gaskets can maintain a stable sealing effect for a long time, without frequent replacement, reducing the user's maintenance cost, and also reflecting the high quality of the product.
In the field of drinking water filtration, the safety of materials is crucial. As a strictly certified non-toxic and harmless material, silicone rubber fully complies with food safety standards, does not contain harmful substances, and will not release any harmful components to the human body during contact with water. This feature makes silicone rubber sealing gaskets an ideal choice for ensuring the safety of drinking water, allowing users to enjoy pure water treated by the water filter without worrying about health risks caused by material problems.
During the use of the water filter, its connecting parts may undergo slight deformation or dislocation due to factors such as temperature changes and external forces. With its high elasticity, silicone rubber sealing gaskets can flexibly adapt to these changes to ensure that the sealing performance is not affected. This high elasticity not only enhances the durability of the sealing gasket, but also improves the overall stability and reliability of the product, allowing the refrigerator water filter-KR series to maintain excellent filtering effects in various complex environments.
Whether it is NBR or silicone rubber material, it can play an important role in maintaining the sealing of the refrigerator water filter. The specific material to be selected may depend on factors such as product design requirements, cost considerations, and usage environment.

AW-RH04R-75 series double water tank low noise desktop water purifier, with its advanced composite filter element (PP+CTO+RO) technology, can efficiently filter out a variety of pollutants and impurities. As the first line of defense for purification, PP With its unique physical filtration mechanism, the filter element effectively intercepts and removes large particle impurities commonly found in tap water. These impurities may include sediments, rust fragments, suspended solids and some colloidal substances, which not only affect the clarity of the water, but may also cause damage to subsequent water treatment equipment. Through this layer of filtration, the transparency and cleanliness of the water are significantly improved.
Following the PP filter element, the CTO filter element uses its powerful adsorption capacity to deeply purify water quality. The porous structure of activated carbon can adsorb and lock residual chlorine and its derivatives in the water. Although these chemicals are used for disinfection, their residue in the water will have adverse effects on taste and health. In addition, CTO can effectively remove odors, colors (such as rust, yellow), and some organic small molecular substances in the water, further improving the purity and taste of the water, making every sip of water fresh and natural.
As the core technology of water purifiers, RO filter elements have become the key to ensuring water quality and safety with their high-precision filtration capabilities. Through the selective permeability principle of the semi-permeable membrane, the RO filter element can intercept and eliminate tiny substances as small as 0.0001 microns in the water. This size is far smaller than the volume of microorganisms such as bacteria and viruses, so it can ensure the biological safety of the effluent. At the same time, RO filters can also effectively remove heavy metal ions (such as lead, cadmium, mercury, etc.), pesticide residues, organic compounds and other harmful chemicals in the water. These substances, even in trace amounts, may pose long-term threats to human health.
RO filters can also effectively remove heavy metal ions (such as lead, cadmium, mercury, etc.), pesticide residues, organic compounds and other chemical pollutants in water, which pose potential threats to human health.
In addition to the specific pollutants mentioned above, RO technology can significantly reduce total dissolved solids (TDS) in water, including mineral ions such as calcium and magnesium. Although these minerals are beneficial to the human body, they may in some cases Adversely affect human health or the service life of household appliances.
To sum up, the AW-RH04R-75 series double water tank low noise desktop water purifier can comprehensively and effectively remove various pollutants and impurities in the water through its multi-stage filtration system, providing safe, healthy and pure drinking water.

In order to keep the water quality of the AW-RH02R-75 series three-in-one instant heating desktop water purifier fresh, the following specific steps can be taken:
Regular flushing: The "one-button start flushing" function designed for the AW-RH02R-75 series water purifier is a convenient tool for maintaining fresh and pure water quality. This function not only simplifies user operation, but also ensures that tiny impurities, residues and possible bacteria in the filter element and pipeline can be automatically removed before each use, thereby avoiding the contamination of water quality due to long-term standing. By regularly starting this function, users can ensure that they drink the latest filtered water every time, and enjoy the purest taste and health protection.
Timely replacement of the filter element: As the core component of the water purifier, the performance of the filter element is directly related to the quality of the water output. The AW-RH02R-75 series is specially equipped with an intelligent filter element life indicator, making filter element replacement both scientific and convenient. Users do not need to frequently guess whether the filter element needs to be replaced. They can easily complete the replacement of the filter element by following the prompts of the indicator or the recommended cycle in the product manual. Timely replacement of the filter element can not only prevent the filter element from being blocked and affecting the filtering effect, but also effectively prevent the growth of harmful substances such as bacteria and viruses, ensuring the continued safety and freshness of the water quality.
Avoid long-term non-use: When the water purifier is not in use for a long time, the residual water in the water tank and filter element may become a breeding ground for microorganisms such as bacteria and mold. In order to avoid this situation, it is recommended that users follow the instructions in the product manual to completely drain the water in the water purifier and turn off the power and water source when the water purifier is not used for a long time. Even during idle time, it can effectively prevent water quality from deteriorating and provide a safe and healthy drinking water source for the next use.
Correct use and maintenance: When using the water purifier, follow the operating instructions in the product manual to avoid water pollution caused by improper use. Although the water purifier itself has a self-cleaning function, users can also regularly use a soft cloth or sponge to wet and wipe the outer shell of the water purifier to keep it clean. Avoid using chemical cleaners to avoid damaging the water purifier.
Note: In order to ensure that the AW-RH02R-75 series water purifier can work continuously and stably and output high-quality drinking water, users should also pay attention to the following: first, the water purifier should be placed in an environment that avoids direct sunlight, high temperature and humidity to prevent ultraviolet rays, high temperature and humidity from damaging the water purifier; secondly, the water purifier should be kept away from pollution sources such as kitchen trash cans, chemicals, etc. to prevent external pollutants from affecting the water quality; finally, during use, the working status of the water purifier should be paid attention to at any time. If there is any abnormality, the after-sales service personnel should be contacted in time for processing.
Through the above measures, the water quality of the AW-RH02R-75 series three-in-one instant desktop water purifier can be effectively kept fresh, ensuring that users can always enjoy safe and healthy drinking water.

Activated carbon fiber filters can remove chlorine, organic pollutants, odors and smells from water, mainly due to its special material and structural characteristics. The following is a specific analysis of the reasons:
Adsorption capacity: The specific surface area of ​​activated carbon fiber is extremely large, mainly due to the extremely small pore structure on its surface. These pore structures include micropores, mesopores and macropores, which together constitute a complex network of activated carbon fibers. These pore structures provide activated carbon fibers with a huge adsorption area, allowing it to effectively adsorb and capture pollutant molecules in gas or liquid. When water flows through the activated carbon fiber filter, the pollutant molecules are adsorbed to the surface of these pores and removed. This strong adsorption capacity is the key to the activated carbon fiber filter to remove impurities in water.
Removal of chlorine: Chlorine in water usually exists in the form of chloride ions or hypochlorous acid, which have a certain pungent odor and have potential effects on human health. The microporous structure of activated carbon fiber can selectively adsorb these chlorine molecules and their related compounds. When water molecules flow through the activated carbon fiber, chlorine molecules are adsorbed to the pore surface. In addition, activated carbon fiber can also catalyze the reaction of chlorine molecules with water vapor to form harmless chloride ions and oxygen (or hydrogen), thereby further removing chlorine from the water. This catalytic reaction reduces the chlorine content in the water and improves the taste and odor of the water.
Removal of organic pollutants: There are many types of organic pollutants in water, including pesticides, petroleum products, solvents and dyes. These pollutants often have complex molecular structures and potential hazards. The strong adsorption of activated carbon fiber enables it to adsorb these organic pollutants to the surface. When water flows through the filter, organic pollutants in the water collide with the surface of the activated carbon fiber and are adsorbed. These pollutant molecules are fixed in the pores of the activated carbon fiber and are removed. This adsorption is of great significance to improving water quality and can significantly reduce the content of organic pollutants in water.
Removal of odor and smell: Odor and smell in water usually come from volatile organic compounds and other odor substances. These substances have a low boiling point and are easily volatilized into the air and produce unpleasant odors. Activated carbon fiber has a strong adsorption capacity for VOCs and other odor substances. When water flows through the filter, these odor substances are adsorbed into the pores of the activated carbon fiber. The complex pore structure of the activated carbon fiber can accommodate a large number of odor molecules and firmly fix them. In this way, the activated carbon fiber filter can significantly reduce or eliminate the odor in the water and improve the sensory quality of the water.
In summary, the activated carbon fiber filter can effectively remove chlorine, organic pollutants, odors and smells in the water with its unique material and structural characteristics, especially the high specific surface area and strong adsorption capacity, to provide clean and safe drinking water.

The dual-tank design means that this dual-tank low noise desktop water purifier has two independent water tanks inside. These two water tanks are usually used to store water for different treatment stages or uses. One tank may be used to store purified cold water, while the other may be used to store heated hot water.
Improve water purification efficiency: The double water tank design plays a vital role in the water purifier, significantly improving water purification efficiency. While one tank is processing cold water, removing impurities, odors, residual chlorine and bacteria from the water through a multi-stage filtration system, another tank may already be preparing or heating hot water. This parallel processing method reduces the time of the overall water purification process, allowing the water purifier to provide both cold and hot water in a shorter time. In addition, the dual water tank design also helps reduce the pressure on the water purifier during operation. Since the two water tanks can share the workload, the water purifier does not need to continuously operate under high load, thus extending the service life of the water purifier.
Fast hot water supply: For those users who need to get hot water quickly, the double water tank design brings great convenience. The hot water tank always maintains a certain temperature. When the user needs hot water, he can get water directly from the hot water tank without waiting for the cold water to be heated. This is especially useful when making tea or coffee in the morning or hot cocoa in the evening, saving users valuable time.
Ensure stable water quality: Two independent water tanks allow the water purifier to control cold and hot water separately. The cold water tank ensures the purity of the water through a multi-stage filtration system, while the hot water tank maintains stable water temperature through a heating and insulation system. This design ensures that whether it is cold or hot water, its water quality has been strictly purified and treated, providing users with high-quality drinking water. Additionally, the dual-tank design helps reduce changes in water quality during storage and heating. Since the two water tanks are independent of each other, the water quality between them will not interfere with each other, thus ensuring the stability and consistency of the water quality.
Energy saving: The heat preservation function of the hot water tank allows the water purifier to maintain stable water temperature when heating is not needed, avoiding energy waste caused by repeated heating. This design not only helps save electricity, but also helps reduce the running costs of the water purifier. In addition, the dual water tank design also helps improve the energy efficiency ratio of the water purifier. Since the two water tanks can share the workload, the water purifier can be more stable during operation and reduce unnecessary energy consumption.
Increased service life: Since the two water tanks assume different functions, the load and wear of a single water tank is reduced. This design makes the water purifier more stable during operation and reduces the incidence of failures. At the same time, since the two water tanks are independent of each other, even if there is a problem with one of the water tanks, it will not affect the normal use of the other water tank, thereby improving the overall reliability of the water purifier.
To sum up, the double water tank design plays a vital role in the water purifier. It not only improves the water purification efficiency, quickly supplies hot water, and ensures stable water quality, but also has the advantages of energy saving and extended service life. These advantages make the double-tank low noise desktop water purifier an ideal choice for modern household water purification equipment.