Features of Rifar heating radiators and criteria for their choice

Selecting the ideal heating system for your house is essential for cost-effectiveness, comfort, and efficiency. The radiator is one crucial part of any heating system. Rifar heating radiators are becoming more and more well-liked due to their cutting-edge capabilities and dependable operation. Knowing what to look for when choosing a Rifar radiator can have a big impact on how warm and energy-efficient your house is.

Rifar heating radiators are distinguished by their cutting-edge technology and well-considered design. The efficient heat distribution and maximum energy savings are the two goals of the engineering of these radiators. Rifar radiators provide a variety of options to meet your needs, whether you’re building a new home or remodeling your existing heating system.

The material composition of Rifar radiators is one of their main characteristics. Because Rifar radiators are made of premium materials like steel or aluminum, they are long-lasting and corrosion-resistant. Because of their longevity and dependability, Rifar radiators are a wise purchase for your home’s heating system.

It is crucial to take the radiator’s size and heating capacity into account when choosing a Rifar radiator. The radiator’s dimensions should match the area it is meant to heat. With the range of sizes and heat output choices that Rifar provides, you can select the ideal radiator for every room in your house.

Take into account Rifar radiators’ stylish appearance as well. Rifar radiators’ sleek, contemporary designs can improve any room’s appearance while offering effective heating. Rifar has radiators to match your interior design, whether you like a traditional or modern look.

Features of Rifar radiators

The latest line of premium batteries is produced by a well-known Russian company, which also produces Rifar heaters. They have the same benefits and drawbacks as the majority of bimetallic and aluminum heaters.

The rifar’s heater stands out due to its comparatively high resistance to a variety of operating conditions and influences.

1. The use of high -quality steel in the design allows you to provide high -quality protection against rust.
2. A strong monolithic layer created when staining the outer surface guarantees the protection of batteries from various kinds of mechanical damage. This protective shell is formed due to the use of special drugs during painting the outer part of the devices.
3. To protect the internal shirt of heaters from the influence of caustic substances present in the coolant, a special protective shell is used.
4. Rifar batteries are used in various variations of connection to the heating system: one -sided, diagonal and connection from below. In individual sectors, devices with a lower connection are more often used, and in high -rise buildings – with a side.
5. Heater can be used in all climatic zones of Russia in various heating systems of individual houses and multi -storey buildings and structures.
6. Particular quality of products is achieved by the use of high -quality technological and production equipment. Rifar radiators are made using robotic production lines and high -tech foreign equipment .

Advantages

The diverse range of continuously evolving heaters comprises the modern heating device family.

Customers find Rifar’s products to be the most appealing due to their dependability, quality, and a few other benefits:

1. The original construction of the case ensures the creation of maximum heat transfer and free movement of air.
2. Using sectional batteries makes it possible to regulate the area of the heated surface of the batteries by increasing or decreasing the number of sections. This leads to a change in the magnitude of the heat received from the heater.
3. When using monolithic structures The heaters are highly resistant to hydraulic water, while any coolant leaks are excluded. Of course, this type of heaters maintain performance for a long time and have a huge service life.
4. Bimetal batteries relatively easy, differ in modern design and quite compact. The buyer has the opportunity to purchase devices of the color that is preferred to him. To protect the surface from damage and burnout, Two -layer painting.
5. Devices are demonstrated high resistance to heating.
6. Simple and convenient installation allows you to make an independent installation and connection.
7. A large degree of reliability bimetallic heaters in conditions of high pressure of liquid and hydraulic strokes.
8. High tolerance of various coolants, resistance to their inner composition, stiffness and cleanliness.
9. Metal outer shell has a significant heat transfer coefficient.
10. The average price is lower Compared to similar devices abroad.
11. Rifar heaters are reliable, durable, have A long period of warranty and application.
12. Bimetallic batteries are poorlyinertial, have high -speed heating and cooling, which is important in the conditions of automatic regulation.

Defects

Rifar bimetallic heaters have favorable operating characteristics as a result of their features.

But they have flaws, just like the majority of this class’s devices:

1. Large cost devices.
2. Aluminum radiators retain their operational characteristics and reliability only with high -quality coolant. If these conditions are not observed, Reducing the magnitude of heat transfer .
3. High batteries are achieved by the use of special manufacturing technology that requires appropriate expenses. That"s why The cost of these devices is highercompared with others.

Types of batteries Rifar

It is better to envision how two classes of devices work by looking at the complete rifar heaters gallery. The first group consists of heaters with a group of elements that are mechanically fastened. A monolithic connection is represented by heaters in another group.

Bimetallic and aluminum are the two categories into which sectional heating batteries fall.

Bimetallic

Bimetallic Rifar radiator

The exterior frame of aluminum and the internal assembly unit made of steel make up the bimetallic heater design. produced in monolithic and block configurations.

Monolithic heating devices are described as bimetallic radiators of the reifar, which resemble other heaters of the same type virtually exactly from the outside. They are a complete design, as opposed to sectional bimetallic devices, which are made possible through unique production technology.

Welding was used to join the structural links inside the building, which gives the structure its strength and exceptionally tight seams.

The heating device’s longevity is greatly increased by the complete elimination of leakage caused by the lack of mechanical connections between the links.

A unique casting process produced under high pressure ensures that the aluminum nutrition compound has an internal structure.

A monolithic reefar is a bimetallic heater in which the coolant travels along the internal steel components of the structure and the outer surface is made of aluminum panels with high thermal conductivity that transfer heat to the outside world.

Steel nipples are used to join multiple sections of sectional bimetallic batteries with heat-resistant rubber gaskets in between.

Every segment depicts a pattern of two pipes (upper and lower) positioned in a horizontal plane and secured with a pipe that is vertically oriented. This entire fluid-moving metal structure is filled with aluminum alloy using a specialized high-pressure technology. The end product is a single, robust, monolithic device with suitable technical indicators; the nutty heat exchanger is its exterior.

Video – How the Rifar radiator is installed

Aluminum

There is only one Alum model available in the Rifar company’s lineup, which represents aluminum batteries.

Strong aluminum alloys are used to prevent corrosion and exposure to different types of aggressive liquids. Polymer material covers the battery’s exterior surfaces.

You can raise the coolant speed because of the section’s unusual shape and aluminum’s low hydraulic resistance value. It is possible to lessen the quantity of deposits on the walls by increasing circulation within the system.

Batteries of this kind can be utilized in limited and autonomous central heating systems. Because the metal in this section is 2.8 mm thick, unlike most similar devices, a working pressure of up to 20 atmospheres is permitted.

Because intersecration gaskets are composed of sturdy rubber, you can use water and other types of it.

Types of execution options

A unique battery designation is supplied in order to categorize battery models based on certain parameters. These consist of lower connection batteries (Ventil) and heaters with a bending or curvature radius (FLEX).

Flex

Devices such as Base Flex, Alum Flex, and Ventil Flex models have their geometric parameters converted.

Rifar Flex radiators are utilized in situations where the wall’s shape deviates from the standard and is not straight. In these situations, bends of both convex and concave form are permitted, but batteries are used with a curvature close to the wall’s bend. This type of device requires the use of specific brackets in order to fasten it.

A conventional radiator’s modified shape has no bearing on its operational or thermotechnical properties; it has a ten-year warranty.

These heaters are manufactured to order, requiring specific details about the device model, number of sections, inter-combat distance, connection type, and radius of curvature. Remember that there are limitations on the value of the radius of curvature.

Ventil

The Monolit Ventil, Base Ventil, Flex Ventil, and Alum Ventil models are among the lower connection devices.

When using a lower connection, radiators are designated by their ventilation. One product in the form of a regulated thermostatic valve ought to be included in their package.

Criterias of choice

RIFAR manufactures a broad range of radiator varieties that vary from one another in terms of various attributes and characteristics. As such, consumers are always free to select the specific model of heating battery that best suits their needs.

Prior to selecting a specific radiator model, determine the operating conditions in which it will be used:

1. When choosing, the climatic operating conditions should be taken into account, the average monthly temperature and the duration of the heating season, temperature changes.
2. Choose a heating system – a private house, a multi -storey building, a centralized system or autonomous, the condition of the coolant used.
3. Determine the size and volume of the heated room, since the power of the radiator used and the required number of heating sections depend on this.
4. When equipping the battery, one requirement must be fulfilled: the radiator value should not be more than the length of the window opening.
5. Determine the category of the condition of the premises, its insulation and possible heat loss.

When choosing the necessary radiator model, you should decide and select the corresponding solution in the process of consideration of some criteria, taking into account the above operating conditions.

You must first decide whether to use bimetallic or aluminum devices:

1. Aluminum batteries have significantly higher indicators for the heat transfer coefficient compared to bimetallic. At the same time, they have small thermal inertia, in which quick heating is ensured. One section can issue approximately 200 WATT of thermal energy. All this allows you to save in private houses.
2. The heat of the heat of one section in bimetallic devices is slightly lower than in aluminum. Steel cores in them reduce the value of heat transfer by approximately 1/5.
3. Aluminum batteries withstand the maximum working pressure of not more than 20 atmospheres. In central heating systems, this value may exceed this value, and with hydraulic boards it can be even higher. This threatens the gap of the case. Therefore, the use of this type of batteries in multi -storey buildings is not recommended.
4. Bimetallic in this regard is much more reliable, since steel pipes withstand much higher working pressure and are able to withstand hydraulic boards.
5. The coolant in centralized heating systems is a liquid containing a huge package of various chemically active substances that react with aluminum. So the walls of aluminum batteries cannot avoid destruction.
6. Steel pipes of bimetallic devices are less demanding on the quality of the coolant, in addition, the internal surfaces of the battery are covered with a special anti -corrosion composition.
7. The price of bimetallic heaters by 1/5, or even 1/3 higher than aluminum.
8. The service life of aluminum batteries is 1.5-2 times less than bimetallic. In bimetallic it is 15-20 years, in aluminum-up to 10 years.

When selecting bimetallic batteries, one must determine whether a sectional or monolithic structure is preferred.

The sectional bimetallic heating battery version is the most appealing on the market. When determining whether radiators will produce enough heat, buyers are drawn to this type of battery due to its variety. It is possible to add or remove a specific number of sections as needed. Their number can be calculated easily using this system.

There is no doubt that the monolithic structure has more dependable technical features than the other models, regardless of the operating environment. They have a margin of strength in many areas, which isn’t always necessary depending on the circumstances. Additionally, the price of these heaters is marginally more than the price of the other models. Therefore, when using these heaters in basic operating conditions, it is worthwhile to consider whether you really need to buy them.

Review of the model range and their cost

Heating radiators

We advise using the following battery designation scheme to get a full understanding of the RIFAR radiator model range, extra options, and execution. Therefore, the Rifar 350 and Rifar 500 models’ numbers represent the center distance, or the distance between the upper and lower collectors; the Rifar 350 designation, on the other hand, refers to the name of the Rifar radiator with an interface distance of 350; the model’s brand is not mentioned in this instance.

Bimetallic radiators Rifar Base, Rifar Alp, Rifar Monolit, Supremo, and aluminum radiators Rifar Alum serve as representations of the rifar’s heating devices in the model.

Heating devices with the lower connection of Rifar Ventil were added to the radiator line relatively recently. In their basic configuration, they have an installed thermostatic head, a thermostatic valve, and a radiator connection unit. They are based on sectional and aluminum radiators. Rifar Flex radiators, which have a variable heating device curvature radius, are another addition to this row. Specialized stores in Moscow offer all Rifar heating radiators at reasonable prices.

Base

This series of bimetallic heaters is sectional in nature and has excellent heat return properties. There can be four to fourteen sections, and a special catalog determines the color of each section while it is in production.

There are three sizes available for the center distance: 200, 350, and 500 mm.

There are limitations on the coolant usage for these radiators. So, in compliance with the guidelines for technical operation, specially prepared water should be used as a heat carrier.

The number of links needed to keep the room at the proper temperature determines how much the reifar’s radiators will cost.

One section’s average market cost is:

• The size between the axes is 200 – 420 rubles.;
• The size between the axes is 350 – 430 rubles.;
• The size between the axes is 500 – 450 rubles.

Specifications of a single section.

Interssexis distance (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
200	261	100	80	100	0.16	0.9
350	415	90	80	139	0.18	1.25
500	570	100	80	197	0.20	1.84

Monolit

Customers find this model most appealing due to its excellent operational features.

The series’ characteristics are:

• reliability;
• high heat transfer;
• the possibility of using various coolants, including poor -quality;
• the ability to withstand high working pressure;
• design integrity;
• Sustainness to hydraulic boards.

The aforementioned characteristics enable this type of radiator to function even in the worst circumstances. They can operate at up to 150 atmospheres of pressure.

The section’s average market value is:

• Monolit 350 – 570 rubles.;
• Monolit 500 – 580 rubles.

Specifications of a single section.

Interssexis distance (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
350	425	100	80	138	0.18	1.45
500	577	100	80	196	0.20	2.1

To warm batteries, use the Rifar Monolith 500 The cost is shown in the table.

The number of sections	price	Power, W)	Width (mm)
4	4 924 rub.	784	320
6	7073 rub.	1176	480
10	11440 rub.	1960	800
8	11580 rub.	1568	640
12	17030 rub.	2352	960
14	19760 rub.	2744	1120

Alum

The oval section of the corresponding channels’ geometry and the wall’s ample thickness (2.8 mm) allow for a reasonably high working pressure of up to 20 atm and a fast coolant movement rate in the radiator.

Up to 14 sections can be produced in an even series, with the color chosen from the RAL 9016 catalog.

The radiator’s guarantee is good for ten years after the customer purchases it, and all requirements and conditions must be met for the radiator to remain functional for at least twenty-five years.

The section’s average market value is:

• Alum 350–380 rub.;
• Alum 500–390 rub.

Interssexis distance (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
350	415	90	81	137	0.19	1.0
500	565	90	81	186	0.27	1.42

Supremo

This model is a monolithic design made with contact welding in accordance with the process used to make a related series of monoliths.

Many features, some exclusive to this kind of battery, are present in models in this series:

1. During operation and installation, it is possible to use any suitable connection scheme.
2. As a coolant, the use of other coolants allowed in the technical documentation is allowed.
3. To accelerate the circulation of the coolant in sections, two steel collectors are used, and accelerated circulation undoubtedly increases heat transfer. This leads to rapid heating of the battery and maintaining the temperature in the rooms.
4. The structure of the structure is somewhat different from other models with its aesthetic and rounded forms.
5. The maximum working pressure is 100 atmospheres.

Interssexis distance (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
350	425	90	80	150	0.19	1.65
500	575	90	80	202	0.22	2.2

Forza

The Forza series is an improved version of the Base radiator, with additional mechanical damage resistant racks on top.

A special multilayer coating that is immune to rust and temperature fluctuations is a distinguishing feature.

The distance between the axes (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
350	415	90	80	136	0.19	1.36
500	570	100	80	202	0.20	2.2

Alp

One characteristic that sets these radiators apart is how shallow the section is. The value of the battery’s overall heat transfer is unaffected by this overall parameter. Because of this feature, 14 sections can be installed at once, making them suitable for use in rooms with large window openings and narrow window sills.

Only water specifically prepared for these purposes may be used as a coolant in ALP 500 type models, and up to 14 sections may be used.

The table displays additional technical information.

The distance between the axes (mm)	height (mm)	depth (mm)	Width (mm)	Nominal heat flux (W)	The volume of the coolant (l)	Mass (kg)
500	570	75	80	161	0.20	1.46

Rifar Heating Radiators	Criteria for Choice
Energy Efficiency	Size and Heat Output
Material and Durability	Design and Style
Installation and Maintenance	Budget and Cost-effectiveness

Selecting the ideal heating radiator for your house is essential to maximizing both comfort and energy efficiency. A number of features make Rifar radiators an appealing option for homeowners looking for dependable and efficient heating solutions.

The sophisticated design of Rifar radiators, which optimizes heat distribution throughout the space, is one of their primary characteristics. Even on the coldest days, this design makes sure that there is constant warmth in every corner of the room, preventing cold spots and creating a comfortable atmosphere.

Durability is another crucial factor to take into account when choosing a radiator. Because Rifar radiators are made of premium materials that can endure regular use, they are designed to last. Long-term performance and fewer replacements are two benefits of investing in a sturdy radiator, which will ultimately save you time and money.

Rifar radiators are highly efficient in terms of energy use. Rifar radiators’ cutting-edge technology maximizes heat output while consuming the least amount of energy, assisting you in lowering your heating costs and carbon footprint.

In addition, Rifar radiators are available in a range of shapes and sizes to complement any interior design. There is a Rifar radiator that will aesthetically suit your preferences and blend in perfectly with your space, whether you prefer a sleek and modern design or a more traditional appearance.

To sum up, Rifar heating radiators provide an excellent blend of cutting-edge features, robustness, energy economy, and visual appeal. You can take advantage of consistent warmth, reduced energy expenses, and increased comfort for many years to come by installing Rifar radiators in your house.

Selecting the appropriate heating radiators is essential for maintaining a warm and energy-efficient home. Rifar heating radiators distinguish themselves in the market with special features and advantages. Rifar radiators improve the appearance of your room in addition to providing effective warmth thanks to their creative design and strong heat output. It’s important to take into account aspects like size, heating capacity, and compatibility with your current heating system when choosing a radiator for your house. You can make sure your house has the best possible comfort and energy savings by being aware of the factors to consider when selecting Rifar radiators.

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