Water softener filter. Filters and softening systems for a private house or cottage. Thermal water treatment method

Water softening systems are used to reduce water hardness. Along with iron removal, the need to reduce the original water hardness is the most common water treatment task in private households. The Ekodar company offers a wide range of systems and filters for softening water for a cottage, the price of which depends on the excess of the level of hardness, the technologies used and the size of the equipment.

Water softener filters

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Why do you need to soften water

Hardness is the sum of "hardness salts", magnesium ions Mg 2+ and calcium Ca 2+, dissolved in water.

Hard water carries a number of problems: increased (up to 60%) consumption of detergents during washing, dry skin and brittle hair, blockages of heating systems, boilers, increased energy consumption in water heaters, scale formation in kettles and pots, limescale deposits on irons, dishwashers and washing machines. Steam generators in ventilation systems should be mentioned separately - even the minimum level of hardness puts them out of action in just a few days. A modern softener of water for a cottage is designed to fight all these problems!

Scale in a kettle, a broken boiler or a boiler, a humidifier that broke down on the second day after the purchase - all these problems are familiar to residents of cottage settlements in Moscow, St. Petersburg and adjacent regions. Regardless of what source of water supply is used - a personal well, a well or a village water supply system, 95% of the inhabitants of the villages are faced with hard water.

In addition to the harm to technology, hard water causes inconvenience to people. Agree, there is little pleasant in the feeling of dryness on the skin, brittle hair, whitish stains on seemingly clean dishes. There is, of course, a way out - to install a water softening system.

Water softening methods

Softening filters pass water through a bed of ion-exchange granular feed, which replaces hardness salts (calcium and magnesium ions) with sodium ions. This is what the most popular water softening method in a country house looks like today. Over time, the resin (filter media) is saturated with calcium and magnesium ions and its filtering capacity decreases. Recovery is carried out by washing the filter with a solution of tableted NaCl salt. That is why it is so important to remember to add salt to the brine tank on time.

In some cases, when it is required to bring the hardness level closer to zero, a reverse osmosis system is used.

Buying a water softener for a private house or a country cottage is also beneficial because it is a modern compact and economical device that is fully automatic and safe both for humans and for engineering devices such as a septic tank.

The water softening system consists of a softener filter and a brine tank. If continuous softening of water is required, then a complex of several filter cylinders is used.

After preliminary cleaning, if required, the water enters the water softener, the cylinder of which is loaded with a special filter element - ion exchange resin. This loading replaces hardness salts (magnesium and calcium salts) with sodium salts, as a result of which the water becomes softer and more comfortable. To restore the beneficial properties of the load, depleted during operation, automatic softeners start the regeneration process, in which a special reagent is used - tableted salt. As practice shows, in a typical cottage, such regeneration of the softener is required no more than once a week. For the convenience of the user, the time is selected when the water consumption is absent or minimal - late evening or night.

Tableted salt in a feeder

Water softening is widely used all over the world. A comfortable level of stiffness, which will be safer for household appliances and pleasant for humans, is 1.5-2.0 meq / l (milligram equivalent per liter). However, any modern softener allows you to adjust this indicator and you can independently set a value that is comfortable for yourself.

In addition to the standard bottle and brine softeners, more compact cabinet-type filters are also used. There is no technological difference - these filters contain the same filtering material and a container for tableted salt, as the classic ones, in a single housing.

Water softening with filter - softener Ecomaster EMS WS

Timely maintenance is essential to protect cottage water softeners, which can be expensive. In addition to monitoring the salt level, it is required to check the state of the control automation mechanisms. It should also be noted that exceeding the MPC for iron or other elements in water has an extremely negative effect on the properties of the filter media. To increase the life of softeners, it is necessary to prepare the water in accordance with the requirements of the equipment.

How the system works

How to choose a filter

As with any contaminant, water softening filters are selected after accurate analysis in an accredited laboratory. Effective softening of water in Moscow and St. Petersburg requires an accurate calculation of both the performance of the system and the volume of filter material, the frequency of regeneration of the softener, and the volume of water discharged during flushing.

A frequent requirement when choosing a system is the compactness of the installation. In cramped conditions, cabinet-type water softening filters are used, which combine a container with an ion-exchange resin, a salt feeder and control automation.

Quite often, in Moscow and St. Petersburg, a continuous system is installed, when water softening is carried out by several softeners, which alternately start the regeneration process.

We will carry out a full range of work on the selection of a softener filter:

1. At a convenient time, we will come to your site, take a water sample and fill out the terms of reference
2. We will carry out a comprehensive analysis of water in an accredited laboratory
3. We will select and offer you several options for water softening equipment for free

Entrust the selection of the iron removal system to professionals!

Call us! We work for you on weekdays from 8:00 to 19:00

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Hardness of water Is a characteristic of water, reflecting the content of hardness salts in it, that is, calcium and magnesium salts. Exceeding the permissible value of this indicator indicates that it is necessary to take care of water purification.

Hard water is extremely dangerous for household appliances in a private house and cottage. The increased content of calcium and magnesium salts significantly affects the state of heating and water supply systems. Scale appears on the inner walls of the pipeline and batteries, reducing the throughput of the system and reducing the thermal conductivity and water pressure. The boiler suffers no less from the hardness of the water, the boiler of which is gradually covered with small cracks and becomes unusable. The plumbing equipment is not pleasing to the eye, being covered on the outside with whitish streaks and stains, but inside - all the same scale, which, it seems, is simply impossible to resist.

Homeowners will come to the aid of modern filters and water softeners, in particular - highly efficient water softeners for the cottage.

Water softening in a private house: our answer to hardness!

Water softening - this is a process of filtration types by ion exchange method, during which the content of hardness salts is reduced to an acceptable level. The optimal method of softening is considered to be filtration based on Na -cationization, or, as it is also called, ion exchange.

Ion-exchange softening is carried out when the water that needs to be purified passes through the filter material - ion-exchange resin. At the same time, calcium and magnesium salts remain in the filtering medium, being replaced by sodium salts. Pure water enters your house, and hardness salts are retained in the filter.

After a certain period of time, the properties of the filter media that allow the displacement reaction are depleted. To regenerate the load, that is, to restore its properties, it is required to backwash the ion-exchange resin with a solution of table salt.

Regeneration frequencyis determined depending on the level of water consumption and the degree of its pollution. An automated control unit, which is available with every water softener, independently determines this period and starts the regeneration cycles independently of the user. Continuous water softeners are able to soften water at the time of regeneration, they usually consist of 2 branches of equipment for water softening.

Water softeners are directly involved in reducing the hardness in water.

All water softeners must be automatic, since the regeneration process is quite long, about 1.5 hours.

The most common manufacturers of water softening automation are Clack (USA) and Runxin (PRC).

Ion Exchange Water Softener Filters: The Best Possible

Water softeners - these are automatic devices that remove excess calcium and magnesium salts from your water, that is, they soften the water. Almost 95% of all softeners are ion-exchange water softeners. The price of a water softening filter depends on the configuration of the cylinder, the functions of the control unit and the amount of ion-exchange resin.

The principle of operation of such water softeners is based on a chemical substitution reaction, as a result of which the hardness salts are removed from the water and replaced with sodium salts.

Each of the offered by the company Goodvoda water softeners for a cottageconsists of a pressure cylinder, where the water is purified, a tank for table salt required for regeneration, an automated control unit responsible for the operation of the device, and a drainage and distribution system. The presence of an ion-exchange resin is invariable, thanks to which the water softener successfully copes with its duties. A water softener is an excellent solution for automatically softening water in a cottage.

In the implemented by the company Goodvoda water softeners for home use control units Clack having an excellent reputation in the market. In particular, only positive reviews come to the supplied water softeners filters - as, incidentally, to the control system as a whole, and to the cleaning efficiency.

GoodVodaoffers exceptionally high quality water softening systems. Our filters will remove hardness salts from your water!

We will help you to choose and buy a water softener at the lowest price, we provide warranty service for the equipment. We leave for scheduled service work.

Water softening: the technology of the ion-exchange method of water purification from hardness

Water hardness is a common characteristic that determines the level of calcium and magnesium salts in water. An increased level of rigidity has an almost irreversible effect on expensive household appliances in a private house, as well as on devices that are part of heating and water supply systems. Without a truly high-quality water softener filter, you will have to frequently change equipment in your home.

Timely water treatment can, with the right approach, save you from the dangers that come with the use of hard water.

If you don't want to spend a lot of money annually on expensive equipment, then it's time to think about reducing the level of hardness, that is, softening the water.

Water softening: cleaning principle

What is the process of water softening? Of course, in removing harmful hardness salts from your water, that is, calcium and magnesium salts. There are several softening methods that have different efficiency in terms of water purification, such as thermal, reagent or cation exchange (ion exchange). The thermal method of water purification from carbonate hardness consists in heating water to a temperature of over 100 degrees. The reagent softening method consists in adding special solutions to the water, which increase the concentration of salts with calcium and magnesium ions. However, numerous studies have confirmed that the cation-exchange method of water softening, also known as the ion-exchange method, is the best option for water purification. Among all the methods of softening water in a cottage, the cation exchange method is the most effective and economically viable.

The ion exchange method is based on a simple chemical substitution reaction. It occurs due to the direct interaction of water saturated with salts Ca and Mg , and a filter medium (ion exchange resin). As a result of contact, calcium and magnesium salts are replaced in your water with sodium salts, which are harmless to both the human body and household appliances. Salt-enriched water Na , enters the water supply system of the house. But the hardness salts "caught" by the filtering load remain in the filter.

The process of water softening is carried out using special devices - filters for softening water, they are also called water softening systems, or if there is a requirement for the continuity of the filter, they can be called a water softening unit.

Water softener filter: how does it work?

Each water softener filter offered by the company Goodvoda , consists of several interconnected components: a pressure cylinder with ion exchange resin, an automated control unit Clack , drainage and distribution system and a keg of table salt.

Before entering the water supply system of your home, water from a well or other source must necessarily pass through a water softening system. Getting into the pressure cylinder and interacting with the filtering medium, the water gets rid of hardness salts, getting sodium salts instead.

Calcium and magnesium salts harmful to machinery and other equipment remain on the filter media (resin).

Ion exchange resin, for example Lewatit , which retains harmful elements, over time requires the restoration of its properties. This happens during the regeneration process with table salt. In this case, you cannot just go up and throw a handful of ordinary salt inside the water softener filter: this will only lead to clogging of the device and its gradual failure. It is imperative to use only tableted salt specially created for water softening systems.

Water softening systems for home and cottage

High-quality water treatment implies, among other things, the thoughtfulness of devices for water purification. Depending on the water hardness and water consumption, you may need several filters to soften the water.

The thing is that the regeneration process of the ion-exchange resin requires the termination of the filter to soften the water. That is, while the regeneration is in progress, which can last more than one hour, water does not enter the house.

If a temporary interruption of the water supply is not critical for your home, then only a water softener filter will be enough to purify the water. But if uninterrupted supply is important, then the best solution would be to use a system of several filters for water purification.

At least two (and sometimes more) filters are involved in the water softening system. During the regeneration of one of them, the water supply does not stop, since the second filter is engaged in softening the water.

Such a scheme allows realizing the uninterrupted water supply and increases the efficiency of the system, called continuous water purification.

Selecting a water softener

Both softening and deferrization of water are most effective if you approach the issue of choosing and installing the appropriate devices really professionally, as it happens in the company Goodvoda ... At the same time, the scheme of the water softening unit is formed by our specialists based on the characteristics established by the results of water analysis and the required volumes of water.

One of the desirable components of a water softener is a fine filter. We generally recommend the BB20 with carbon cartridge.

What is such an element for? Everything is very simple. Despite its ability to regenerate, ion exchange resin is still not permanent. Approximately five years after you start using it in your home, small particles of the filter medium may enter the already treated water, which is not very good for your health. In order to protect yourself and your loved ones, you need a fine filter.

Purification of water from a well or a central water supply system is more relevant today than ever. Water softening and deferrization will protect your equipment, and a professional approach from Goodvoda will make the selection and installation of equipment very easy!

The quality of tap water or water from a well or well largely determines the possibility of its safe use as drinking water and water for domestic needs. And if in relation to the biological composition in most cases the quality of such water corresponds to the norm, then in relation to the mineral composition most often the water does not stand up to any criticism. The main problem here lies not only in treatment facilities that have long outlived their useful life, an increased content of salts and impurities can also be in new sources and wells, and as practice shows, there is a lack of awareness of the possibilities of modern technologies for purifying water resources for their use in everyday life.

Water quality is almost directly related to soft and hard water. Since ancient times, about the sources in which crystal water was free from the presence of impurities and metal salts was considered soft, it was used for drinking, washing and cooking. It was said about such water that it cannot be drunk, water is so pure and balanced in terms of mineral composition. But the source, in which there is a large amount of salts, iron, or the water gives off hydrogen sulfide, has always enjoyed a bad reputation.

Hard water, rich in mineral compounds, mainly calcium and magnesium, greatly reduces the taste of water, creating problems both for human health and for home supply systems and household appliances. The modern classification of water quality, both domestic standards for the quality of drinking water and industrial water, and foreign introduces a quality classification according to the presence of a certain amount of impurities.

Water of medium hardness is conditionally suitable for human use as technical, that is, you can wash in it, it is suitable for washing and use in other household needs, but in order to drink it or cook food on it, it must be cleaned in a softener filter. The equivalent of salts in such water ranges from 3.0 to 6.0 mg / l.

Hard water, with a high salinity and the presence in it of 6 to 12 mg / l of impregnations of calcium and magnesium, is not suitable for use even as a technical water, such water clearly requires additional and very deep purification and a decrease in the level of salinity to acceptable values.

The negative consequences of using hard water

Most often, owners of houses who have an individual source of water supply - a well or a well - think about installing a system for softening water or at least the simplest household filter. The presence of undesirable impurities in the water is felt literally from the very beginning of using the source and is manifested:

• The presence of an unpleasant taste of water, a feeling of an unnatural presence in the water of a specific feeling of stiffness;
• Precipitation, falling out time, settling of boiled water;
• Scale on the walls of kettles and heating elements;
• Specific lime streaks on plumbing fixtures.
• Significant consumption of detergents for hygiene procedures and laundry;

But these are mainly external manifestations that are noticeable at first glance, much more dangerous consequences are the effect of hard water on other, invisible parts of household appliances and appliances:

• Abundant salt deposition on pump impellers of pumping stations;
• Aggressive effect on the membrane tank of the accumulator;
• Rapid formation of scale in heat exchangers of heating boilers and gas water heaters;
• Scale formation in radiators and pipelines of heating systems;
• Rapid breakdown of heating elements of boilers, washing machines, electric kettles, running water heaters, dishwashers.

In addition, when used to provide home systems, energy costs increase significantly, for example, when using hard water for heating, costs increase by 15-20%, electricity for the washing machine requires 10-15% more, and replacement of the pumping group of the station will be required in 2 times more often, despite the fact that when water is taken with increased hardness, the pumps do not withstand even half of the service life.

Water softening technologies

At the same time, the presence of hard water in a well today is not a verdict, because modern technologies make it possible to quite realistically solve this problem, and, as practice shows, there are several ways for this, each of which has taken on quite real forms and outlines of a specific water softening technology. ...

The traditional method of obtaining a higher quality composition of water is the method of thermal action or boiling. The essence of the method is that hard water is brought to a boil and boiled for a certain time. The advantage of this method is the rapid practical implementation of water softening without the use of additional equipment. You can boil in any saucepan or kettle, and the result will be almost visible - a hard fraction of salts forms at the bottom, and the water, after cooling and settling, acquires normal taste.

The disadvantage of this technology is the impossibility of ensuring a constant flow of prepared water into the water supply system and the impossibility of removing sulfates and chlorides from its composition, those substances that form a constant water hardness.

This method of water softening from the point of view of economic feasibility is practically inapplicable to meet the domestic needs of a private house, it can be used to prepare water for food, and for the constant provision of systems a house for a family of 4-5 people, the cost of 1 liter of softened water will be incomparably higher. than using imported water.

An effective technology for purifying hard water is today a reagent softening method. The technology involves the treatment of water using chemically active substances to bind the present elements and their subsequent precipitation into the salt sediment. Such a solution to the problem of softening hard water is most often implemented in the technology of adding lime or soda to hard water. The economic feasibility of using this technology for the purification of hard water for a single source is small, it has a greater effect when carrying out work at an industrial level. The use of this technology in a household requires at least special equipment that allows softening for hard water without constantly attracting human attention.

Installations for softening water using reagent softening technology for domestic use today are mainly implemented in the form of installing additional filter-settling tanks that provide flow-through water purification for technical needs. The installation of such filtration devices is carried out on the water supply pipelines for boilers, washing machines and dishwashers.

Dialysis technology gives the best result among the high-tech methods for softening hard water. Passing through the softening unit, hard water, after being exposed to an electromagnetic field, is almost completely separated from the ions contained in it, acquiring the quality of distilled water. This technology is mainly used to supply industrial enterprises and special-purpose facilities, sanatoriums, hospitals, health institutions. The expediency of its use for water purification for private consumers is small, being freed from calcium and magnesium salts, as well as from other impurities, such water becomes unsuitable for daily use as food water.

A simple, but at the same time effective technology of water softening using a magnetic field allows for the purification of a large amount of running water while reducing costs to almost zero, in fact, this is one of the cheapest technologies for softening hard water. The principle of operation of this technology is to include a special magnetic insert with a permanent magnet in the pipeline. Passing through the magnetic field of the insert, the water acquires new qualities - during the boiling process, the salts do not settle on the heating element or the wall of the vessel, but, being suspended in an aqueous medium, precipitate. Cleaning such a sediment is not difficult, just filtering the water is enough. Magnetic technology has found practical application in the form of special magnetic attachments installed on plastic pipes or special inserts into metal pipelines.

The technology of water softening by the ion exchange method is based on the process of replacing active atoms of calcium and magnesium salts with atoms of active metals, which do not cause water hardness. In practice, this technology has found its embodiment in the form of filtration and purification plants, in which the resins saturated with ions react with calcium and magnesium atoms and settle on the surface of these resins. This process, unlike others, proceeds more intensively, providing a greater throughput of the installation. But at the same time, another feature of this technology is the possibility of regenerating these ion-exchange resins - when ordinary table salt is added, plaque from calcium and magnesium containing substances is simply separated and removed from the installation. This technology has found the widest application today, both in industrial production and in providing water supply to private houses, because both the quality of treatment and the reliability of the technology and the cost of cleaning 1 liter of water when using ion exchange technology is the most rational, and if you take into account the operating costs, then it is the most profitable and acceptable for individual installations.

Water softening equipment

The practical implementation of various methods of water softening for industrial and domestic use has systems and installations of various forms and content, which provide the purification of hard water in filters-softeners.

The simplest method of water purification is the use of a household jug filter with a filter cartridge, which provides cleaning from mechanical particles and inclusions, as well as chemical cleaning. The performance of such a filter is relatively low, but it is quite possible to provide enough water for cooking and quenching thirst for a family of 4.

Magnetic inserts are cylindrical magnetic nozzles that are fixed on the water pipe or a metal insert that is installed directly into the pipeline. The positive side of this system is the high carrying capacity of the magnet.

An electromagnetic installation for filtration of hard water is installed directly on the water supply system and connected to the mains. An electromagnetic softener consumes an insignificant amount of energy, and the service life with round-the-clock operation is designed for 10 years or more.

The salt filter is installed mainly to obtain soft water for technical use. The filter, into the flask of which the crystalline salt is poured, does not require special maintenance, and the replenishment of such a filter with salt is carried out once every 2-3 years. The disadvantage of such a filter is the unwanted consumption of water in food, after passing through it, nevertheless, despite the filtration, the water turns out to be salty.

Ion-exchange units are used for both domestic and industrial use. At the same time, like industrial installations, household ion-exchange columns can be equipped with an additional electronic programmable device, which minimizes the need for human intervention in the operation of the installation. Structurally, the installation consists of at least two filter columns, this is due to the fact that during the use of one column for the purification of hard water, the second column can clean the filter and regenerate the filtering ion-forming composition. Another important element is the container for food salt, the solution of which is used to restore the filter cartridge of the installation. Despite the seeming complexity and massiveness, such an installation is quite compact and provides guaranteed filtration of hard water.

The control of such a household installation is possible both with the help of a control unit and in manual mode, when all operations are performed directly by a person. Despite the fact that this equipment is just beginning to gain popularity, the economic effect of using such an installation is obvious, the service life is 7-10 years, and the need for maintenance of filters and equipment comes down to timely replenishment of the salt reservoir.

The cost of equipment and consumables for water softening systems

Considering the options for installing and calculating the cost of cleaning 1 liter of water, during the service life of the equipment, they often pay attention to the cost of the equipment itself and consumables.

Evaluating all the methods and equipment for treating hard water, the most affordable salt filter today is. At a cost of the filter 1000-1500 rubles, it provides water softening to the state of technical water for household consumption.

A pitcher filter with a low cost of the filter itself and a replaceable cartridge, due to a small resource, produces filtration at the highest cost.

Today, magnetic softeners of running water cost from 2,000 rubles for a magnetic insert with permanent magnets, and from 8,000 rubles for an electromagnetic installation.

The column-type ion exchange plant, despite the rather high cost of the equipment, provides the most optimal operating mode today, while the cost of hard water purification throughout the entire service life with high quality filter operation is the lowest. The cost of equipment, depending on the manufacturer and the capacity of the installation, is 24,000-45,000 rubles.

The quality of the water that we drink and use daily to prepare food is one of the key factors affecting human health. Normally, it should contain a certain amount of macro- and microelements, but any deviation from the established values ​​can cause negative changes in the body. Poor water quality often affects the condition of the digestive tract, skin and hair. In addition, the increased hardness of the water provokes the appearance of scale on the heating elements of household appliances, and also forms limescale on the plumbing. At the same time, the solubility and effectiveness of detergents is significantly reduced. Filters for water softening are capable of solving these and other possible problems.

Types of filters for water softening

Ion exchange. The principle of operation of these systems is based on a chemical reaction between active radicals of a gel-like resin and ions of hardness salts. The essence of this process will be described in detail below. The advantage of ion-exchange filters is the high quality of water purification from calcium and magnesium ions, but it is worth remembering that such installations require regular maintenance. Below we will dwell on the features of these systems in more detail.

Reverse osmosis... Inside the body of such systems, there is a membrane with microscopic pores through which only water molecules pass. This barrier traps not only hardness salts, but also other impurities, including organic compounds, iron and pathogens. Reverse osmosis systems can be used to treat water with a risk of microbiological contamination. In this case, the initial concentrations of ions and salts do not matter. Nevertheless, it must be remembered that membrane filters trap almost all minerals, so their deficiency must be compensated for by the diet. An additional advantage of reverse osmosis is the environmental safety of the method. The filters do not contain chemical compounds that can subsequently enter the purified water from the unit. Thus, reverse osmosis systems practically eliminate the risk of allergic reactions or poisoning among consumers. Reverse osmosis plants also require regular maintenance.

How ion exchange water softeners work

Softening takes place according to the ion exchange principle. The filter medium inside the housing of the installation contains granules, on the surface of which there are active particles. When the water passes through the filter, the magnesium and calcium ions that make up the hardness salts are removed from the solution using sodium ions. This is the essence of the ion-exchange softening method.

To restore the filtering capacity of the water softening system, it is subjected to regeneration. This process most often takes place automatically and has several stages. One of them consists in passing a saturated solution of sodium chloride (NaCl) through a filter medium, after which sodium ions displace magnesium and calcium particles from the surface of the granules, which merge with the stream.

Regeneration of the softener is carried out at a predetermined time or after a certain calculated volume of water. Typically, flushing is carried out during the period of least water use so that untreated water does not reach the consumer. If the facility requires a constant supply of softened water and it is not possible to temporarily stop the operation of the filters, then two or more systems with automatic flow switching are installed. While the load is being restored in one filter, the water softening process is carried out in the other or other filters.

Characteristics of ion exchange filters for water softening

Performance... The main characteristic with which to start choosing a filter for water softening. The performance directly affects the costs associated with the purchase and maintenance of the system, as well as the quality of cleaning.

Resin volume... The higher this indicator, the higher the system performance. In addition to the volume of ion exchange resin, it is also important to consider the interval between filter regenerations. This characteristic helps to understand how much water the filter will process before the next system recovery.

Stiffness limit... The optimal quality of water at the outlet of the filter can be obtained when the hardness norm is exceeded 2-3 times. In this case, it is important to calculate the sodium content in the purified water. It should not exceed the MPC (maximum permissible concentration).

Iron removal... For normal operation of a water softener with a cation-exchange resin in the Na-form, the iron content should not exceed 0.3-0.5 mg / l. If a complex charge is used in the system, calculated not only for hardness salts, but also for impurities of other types, then it is permissible to exceed the initial concentration of iron in water up to 10-15 mg / l.

Degree of automation... Automation minimizes consumer participation in the process of water softening. The operation of the filter is controlled by a special electronic board and a water distribution and switching system. The electronic board receives information from the water meter and timer, and also monitors and records the costs and volumes of purified water, the sequence of stages and the duration of the regeneration process. The consumer only has to pour the tableted salt into a special reagent tank and, if necessary, correct the current time on the filter display, for example, in the event of a settings failure after a power outage.

Requirements for water softening systems

• Providing an object (house, apartment, cottage, enterprise) with clean water with normal hardness in full.
• Correspondence of the installation to the existing water consumption regime.
• Consumption of tableted salt (main reagent) in quantities directly proportional to the volume of softened water.
• High strength, wear resistance of the system, as well as a long service life.

Our offer

The BARRIER company offers consumers a wide range of water softening systems. We are ready to select the equipment for you that will be most effective in each specific case. The company's specialists will offer a standard solution or develop an individual project of a filter system. The high quality of the installations is confirmed by certificates.

Benefits of BARRIER water filters:

• adaptation to the peculiarities of water in Russian centralized systems and natural sources;
• only high-quality components and consumables that ensure the safe and efficient operation of the equipment;
• modern water treatment technologies, created on the basis of many years of testing and research in the company's own laboratory.

Our offerings anticipate the growing demands of consumers. If necessary, we will analyze the water in your source. Based on laboratory research, the company's specialists will select the optimal set of devices. To get advice on the selection of installations, contact the operators of the free hotline by phone 8-800-100-100-7. You can buy water softeners in the stores of BARRIER official distributors.