Rectangular drainage system

A rectangular drainage system is essential for preventing water damage to the outside of your house. Rainwater is effectively diverted away from your home’s walls and foundation by this system. It avoids possible problems like moisture, the growth of mold, and long-term structural damage by diverting water away.

Usually, a rectangular drainage system consists of a system of pipes and channels arranged in a deliberate manner all around the building’s perimeter. The purpose of these channels is to collect precipitation that runs off the roof and other surfaces. In order to let water flow freely and keep debris from clogging the system, they are frequently covered with grates or slotted covers.

The ability of a rectangular drainage system to efficiently handle large amounts of water during intense downpours is one of its main benefits. It lowers the possibility of water pooling around the foundation, which over time can cause erosion and jeopardize the structural integrity of the house, by quickly transferring water away from the building.

In order to guarantee the continuous operation of a rectangular drainage system, homeowners must perform necessary maintenance. To avoid obstructions from leaves, dirt, or other debris, it is advised to regularly inspect and clean the grates and channels. By maintaining the system’s longevity and enhancing its efficiency, this preventive maintenance eventually protects your house from water-related damage.

Rectangular gutrons: design features and installation

Distributions play a crucial role in a system designed to shield structures from the effects of atmospheric precipitation. They also add an aesthetic component by decorating the outside of the house to give it a finished appearance. The most popular gutrons, which have a circular section, are more recognizable. Nevertheless, no building’s architecture can accommodate such a solution, so a rectangular drain can be useful instead. Furthermore, if the drain is allowed to run along the inside corner of the walls, for example, it may become less noticeable.

The rectangular cross section’s metal gutters are composed of hot-valked steel with a unique polymer coating called plastisol or pool. For instance, plastisol polymer coatings are excellent rust inhibitors. Additionally, it shields every component of the drain from physical harm like scuffs or tiny chips, is impervious to UV rays, and is safe from extreme heat or cold in the summer or winter. Undoubtedly, the fact that the plastisol coating has been thickened to 200 μm contributes in some way. Copper can be used to create a metal drain with a rectangular cross section.

How the gutters of round and rectangular cross section are different?

Significant variations in installation technology account for the majority of the differences between these types of drains. Sealants and rivets are used to join the components of a rectangular system; this is a far more involved process than docking round parts. The fasteners used to secure the building’s wall to the rectangular drainage system differ markedly from those used to secure round gutters. This is because these drains have certain characteristics that call for stronger fasteners.

Their fastards are made of 4 mm thick galvanized steel that has been powder-coated. The hot-applied zinc coating improves the drains’ resistance to corrosion and their ability to withstand extreme mechanical stresses from ice, snow, and other sources.

Rectangular drain systems’ benefits

Benefits related to variables like color scheme, manufacturing material, etc. D. Since round gutters are distinct in theory, it makes sense to focus only on the benefits of these systems that the precise rectangular geometry of the pipes and gutters offers.

• They are distinguished by an unusual appearance. This is not surprising, because rectangular gutters are not yet so common. They give the building a species inherent in the style of modernity of the beginning of the 20th century.
• With the same dimensions as round gutters, the throughput of rectangular above. The explanation lies in the area of ​​elementary geometry – the area of ​​the circle inscribed in the square of the circle than the area of ​​the square itself. For example, let"s say that the diameter of the cross -section of the round pipe is 87 mm, then its area will be 5942 mm 2 . If you calculate the area of ​​the square with what length of the side, then its area will be 7569 mm 2 . This is about 30%. The difference will be even more if you compare the area of ​​the circle and rectangle. The calculation is proved that with the same area of ​​the drain per unit length – for a rectangular drain, this is the length of the gutter wall, and for the round – the diameter of the cross section, the rectangular groove has a cross -sectional area more than round.
• A rectangular drain with the same throughput is usually cheaper than round by 10-15%, since the material consumption is naturally less.
• Everyone knows that the water expands when freezing and, increasing in volume, leads in a closed space to the emergence of tearing efforts. If we are talking about a rectangular pipe, then part of the effort when the water freezes goes to the bend, rounding of its walls. Thus, to break the rectangular pipe, you need to make a greater force than in the case of a round pipe.

Of course, some drainage systems have drawbacks and a rectangular cross-section. This relates, first and foremost, to an increased installation complexity. But once you get past this complexity, you can take full advantage of these drains.

How to make a drain from the roof right

Rectangular drain installation is done in the following order.

Gutter holder installation

Screws are used to fasten hooks (step 0.5-0.6 m) to the leverage rails. It is advised that the rafters be fastened. In this instance, it is important to make sure that the groove slopes 2.5–5 mm for every linear meter in the drainage pipe’s direction.

After securing the extreme holders, extend the construction cord. This will act as a guide for correctly positioning the remaining holders.

The gutter slopes from the center to the edges, where the drainpipe pipes are installed, when its length surpasses 10 meters. As a result, the hooks are laid here starting from the center and working their way outward.

The holders have a cornice bar on top and are covered in roof material.

Setting up a funnel for receiving

On the gutter’s lower plane, mark an 80 by 60 mm rectangle by retreating 150 mm from the edge. The petals bend downward after the cuts are made using a suitable tool in accordance with the resulting rectangle’s diagonals.

• The cut funnel from the bottom is assigned to the gutter so that the petals are inside the funnel. Fastening is carried out using screws-samers or rivets.
• If the funnel is curly, its front edge is covered with the outer edge of the gutter and pressed. Chatea petals bend.

Silicone sealants are used in compounds.

Installing gutter plugs

One plug for every four spaces, the left and right plugs are fastened with screws or rivets. Apply a silicone sealant.

Gutter installation on holders

Without connectors, rectangular grooves are joined by overlap in the slope’s direction. As a result, they start laying them from the gutter below, which is where the receiving funnel is installed.

In order to install two gutters (angle gutters), one of them must have its outer wall reverse bent 50 mm. They are positioned one atop the other and secured with sealant and rivets. After the gutter has been leveled, they are secured to hooks with flexible locks.

Holders-Humubites are used to fasten distribution pipes to the wall:

• with a pin – for a brick wall;
• with krongstein paws-for wooden

After installation, "Lastochkin tail" brackets are used to secure the pipe in the clamps.

The angles of the incoming pipes squeeze and secure the joints with screws or rivets to insert the pipes (or knee) into each other.

The rectangular cross section’s metal gutters are composed of hot-valked steel with a unique polymer coating called plastisol or pool.

Interesting goods:

Maxidom.ruMaxidom.ruMaxidom.ruMaxidom.ruMaxidom.ru371 rubles.Maxipro.ru

Rectangular drainage system: how to choose, types and price

While many people focus more on the materials used in production and the product’s quality when selecting a drainage system, the structure’s appearance is also crucial. Your home’s drainage system may end up serving as décor. She has the exact same ability to ruin his appearance entirely with its improper form. The drainage system of a rectangular section is better suited for contemporary buildings with clean, straight lines, but these kinds of buildings are rare nowadays. The system’s somewhat challenging maintenance is the primary cause of this, but the benefits must always be remembered.

Advantages of the drainage system of rectangular section

The drainage system’s pipes and gutters are now constructed with rounded shapes rather than sharp edges and lines. Although at first it was only a matter of style, it later became apparent that this form has a number of other benefits. There are benefits to the rectangular system:

When discussing such a gum system, the primary goal is to convey a distinctive look. These gutters blend in perfectly with the appearance of contemporary buildings with clean lines and more precise design because of their rectangular shape. Rectangular drains also continue the roof because they are much easier to conceal. As a result, you can select a system for a building where the traditional drainage system just did not fit.

– A rectangular section’s drainage system has a higher throughput despite having the same dimensions. For instance, you can see that the rectangular gutter system is 30% more roomy when comparing the gutters of a round and rectangular shape with the same side length. As a result, there is no chance that fluid with a lot of precipitation could be transfused. For big buildings situated in an area where it rains a lot, the design is just perfect.

On the other hand, material consumption is more economical despite the higher throughput. The manufacturer uses less time and raw materials when making a rectangular shape. The products’ total cost is reduced as a result of these two characteristics. Thus, one could even argue that using such a drain is a more cost-effective choice.

– a great advantage of the rectangular shape gives drainage pipes, especially in internal systems. In them, the pipes will be located on a flat roof in a horizontal position. In winter, without proper thermal insulation, there is a great risk of freezing fluid inside the structure. Usually it leads to a pipe breakdown, because when freezing, the water, as you know, expands greatly. In the case of rectangular pipes, angles will be rounded. The design will be able to withstand the onslaught of ice from the inside for a long time, and if elastic materials are used in its manufacture, it can even restore its parameters in the spring when the ice begins to melt.

Rectangular pipes provide yet another important benefit to the internal drain system. Its stable shape makes it much easier to install because it falls on a straight surface with ease. It is typically not necessary to use additional fasteners when installing such a design.

Even though it turned out to have many benefits, it gradually lost favor because of some pretty serious drawbacks. Therefore, it is never appropriate to divert their attention.

Disadvantages of the drainage system of rectangular section

– It is safe to say that maintaining rectangular grooves is significantly more challenging. As previously stated, these systems differ in deeper levels and throughput, requiring more time to clean each season.

Garbage can build up inside pipes and gutters with frequent use. Because of this frequent occurrence, gutters need to be cleaned in the fall and spring. Trash for a rectangular system poses a greater risk. He can stay in the corners for a very long time, which drastically lowers the throughput.

Owing to the widespread use of this type of drain, it is challenging to locate a structural solution from well-known manufacturers. You will therefore have to make an effort to locate a unique system if you require one.

Types of rectangular gutters

The classification of the rectangular drainage system is the same as that of any other. Depending on the material used, there are multiple types that can be identified.

Rectangular plastic (PVC) gutters

When making a plastic drainage system, non-plasticized polyvinyl chloride is typically utilized. It is distinguished by greater stiffness, which enables the product to achieve exceptional resistance—a requirement for the drainage system.

One notable benefit can be seen when contrasting plastic with metal, another popular material. While metal eventually rusts through and eventually becomes useless, plastic is completely unafraid of moisture.

But even with their added stability, plastic gutters do not outlast metal gutters in terms of common danger. Everything revolves around the mechanical load’s low strength. For instance, these gutters may crack during the winter months due to the weight of the snow and rain.

They feel considerably better in the summer. This is first evident in the way they look. The majority of contemporary plastic drainage systems are discolored. As a result, even when exposed to UV radiation, they will be able to preserve their appearance for an extended period of time.

It’s also important to emphasize that plastic is a more affordable choice. These drains are 30–40% less expensive than metal ones.

Steel gutters that are rectangular

Galvanized steel is most commonly used to make rectangular gutters. Initially, this decision can be explained by the material’s increased rigidity, which makes it much simpler to form into the ideal shape.

Steel is known for its high degree of resistance to various mechanical loads. Even with the heavy weight of snow and ice that can fall from the roof into the gutter, she feels fantastic.

Modern drainage systems are made from steel that has only been galvanized. Its surface is coated with the thinnest possible layer of zinc, enabling you to shield the building from the damaging effects of moisture. This metal is more corrosion-resistant than others.

There are certain distinguishable aspects of this design that are problematic. Paint is applied to the pipes and gutters to achieve a specific color, but the effect is temporary. The paintwork is dried out and cracked from the continuous action of UV light, which greatly degrades its appearance.

Both the installation of this type of drainage system and its transportation may present certain challenges. The gutters’ surface may sustain damage even prior to installation due to mechanical exposure.

The flaws don’t stop there, though. Steel gutters don’t insulate against noise. Because of this, unpleasant and sometimes terrifying knocks on surfaces when there is a lot of rain or city noise inside the house will be audible.

Steel gutters are still very popular, even though this design is a little bigger. Particularly after some time, their resistance to various loads is somewhat superior to their imperfect appearance.

Copper drains with a rectangular shape

These kinds of structures are far less typical. Noble materials like copper seem best in semicircular systems. But these specific kinds of drainage systems are required for some kinds of external.

Copper is referred to as the eternal metal. These kinds of 80–90 year old protective structures can still be seen on buildings today. This kind of drain is thought to have an exceptional, 100-year lifespan.

There are no protective coverings for copper drains. Ultimately, their defining characteristic is an elegant appearance that is always visible. Copper gutters are getting more exquisite every year. This is made possible by the unique way that this metal oxidizes. Instead of rusting in the traditional sense, he has a patina on him. After a while, the red color starts to take on an illustrious green tint that many find attractive in copper.

The primary disadvantage of this design is its expensive cost. The cost of a single copper groove meter can be equivalent to that of an entire plastic drainage system. Copper drains are therefore only found in prestigious buildings.

Gutters combined in a rectangular cross section

Currently, a growing number of manufacturers favor combinations over multiple materials. Steel and plastic are most frequently related.

Steel serves as the product’s foundation. The drains’ extraordinary strength and resistance to mechanical loads are a result of it. The system’s exterior is composed of different kinds of plastic. There may be multiple additional layers in some situations.

These structures maintain their outstanding appearance for an extended period of time because of the plastic covering on top. Additionally, their throughput holds up even after extended high-level operation. The plastic’s smooth surface makes this possible.

These drains are still reasonably priced, so even with the strong technical indicators, this design is still within reach for everyone.

How to choose the right gutters of a rectangular section?

The selection of a drain is contingent upon multiple factors. The first thing to do is choose the production material. Combination drains are the most widely applicable solution. Both their appearance and their resistance to loads are excellent.

If there isn’t much precipitation on the ground, you can opt for plastic gutters and save money. They can also be helpful for heavy loads, but in those situations, you should only focus on premium goods from reputable producers.

For those who value quality above all else, steel gutters are an option, but cost is a crucial factor. You can safely use steel gutters if you are willing to accept the fact that you will need to paint and organize such structures on a regular basis. You will have them for at least 30 to 40 years.

Copper drains are already a personal preference. Copper in this kind of system can be viewed more as a status symbol than as a useful and practical solution, even though they have excellent load resistance and an outstanding service life.

Rectangular drainage price

Due to the fact that the cost of each product varies depending on the manufacturer and the material, it is challenging to provide an estimate of the cost. We can tell you that PVC drains will be far less expensive, though it’s not totally crucial in what shape they come in. The cost of steel structures is a little higher. Together: roughly at the same height. Copper systems are extremely valuable when compared to other design types. Remember that you will pay between 10% and 15% less for rectangular structures than for semicircular ones because of their shape.

There are benefits and drawbacks to a rectangular section’s drainage system. As a result, careful consideration should go into the design. The Kanalizaciya.TV source

Interesting goods:

Maxidom.ruMaxidom.ruMaxidom.ruMaxidom.ruMaxidom.ru371 rubles.Maxipro.ru

An essential part of efficiently controlling water runoff from building facades is the rectangular drainage system. It works by diverting precipitation away from the building to stop possible harm like erosion and moisture intrusion. This system blends in perfectly with the building’s architectural style, being both aesthetically beautiful and functional. Water can be directed more effectively, preserving the facade’s integrity and lowering maintenance costs over time.

Rectangular drainage system

• District
• Cesspool
• Drainage
• Sewage
• Pumps
• Septic
• Pipes
• Cleaning
• Expand Child Menu calculators

• Sewage calculation
• Calculation of septic tank

Rectangular drainage systems

Any roof must have a drainage system because it protects the building’s foundation, basement, and outer walls from melting snow and rainwater that runs off the slopes of the roof. Apart from this purpose, they also solve a major part of the building’s appearance design problem, giving the project a sense of completion and integrity.

Features of rectangular drainage systems

The two types of drains are rectangular and round in cross-section. The first is more common and familiar to us, but certain building designs call for completely different approaches. In these situations, rectangular-cross section pipes, gutters, and drainage systems are helpful. They give the building a distinct appearance in addition to offering room for creative facade design solutions. These drains also combine external perfection with functionality, making them dependable. Furthermore, they are not less capable than structures with a round section in any way.

Hot, valuable steel with a polymer coating (such as pool or plastisol) applied to it is frequently used to create these systems, preventing:preventing:

• rust formation;
• the appearance of scratches and chips during mechanical damage;
• cracking under the influence of temperature fluctuations;
• burnout in the influence of UV radiation.

Additionally, PVC and copper are used in the construction of the structures mentioned. It’s important to note that rectangular gutters with polymer anti-corrosion coatings have protective indicators that are multiple times higher.

The main differences in the gutters of the round and rectangular section

Of course, there is more to differentiate the drains of the round and rectangular cross sections than just the design of the gutters, pipes, and auxiliary components. Still, the variations in installation technology are determined by this characteristic.

While docking round parts takes less time, special rivets and sealants are needed to join the elements of the rectangular system. Various gutter brackets and fasteners made to secure the drain pipes to the building’s walls. This is because certain aspects of the constructions themselves call for stronger fastenings. As a result, fastenings are actually frequently composed of 4 mm thick galvanized steel and powder-sprayed.

Advantages of rectangular drainage systems

When discussing the benefits of rectangular drainage systems, it’s important to keep in mind that they can be split into two categories: those that are attributed to the materials used in their construction and those that provide exact geometric shapes for the pipes and gutters. The latter are of the greatest interest. Among them are:

• Unusual appearance. There are gutters with a non -traditional section quite rarely, which gives the buildings equipped with them a certain charm;

Distribution systems with a rectangular cross section provide homes for species typical of the early 20th century "modern" style.

• high throughput, the explanation of which lies in the simple foundations of geometry: the area of ​​a circle inscribed in a square is always smaller than the area of ​​the square itself. For example, the area of ​​a round pipe with a diameter of 100 mm is 7850 mm22. If you calculate the area of ​​the square pipe with a side of similar length, it will be 10,000 mm2, which is about 25% more. Thus, with the same area of ​​the drain per unit length (for the design of a rectangular cross -section, this is the length of the gutter walls, and for a round – the diameter of the section), a rectangular groove will have an area of ​​at least 5 times larger than round;

The price is appropriately impacted by the fact that less material is needed to manufacture a rectangular drain than a round system with comparable specifications.

• adaptability under the complex building of the building. Systems with a rectangular section are ideal for those cases when there is a need to overcome protrusions and angles of the facade. Plus, if such a drain is located in the inner corner of the wall, it will be almost invisible;
• high indicators of rupture resistance when freezing water in pipes and gutters.

It goes without saying that freezing temperatures cause meltwater and precipitation to condense, which eventually causes the liquid to expand. Tearing efforts then occur as a result of an increase in volume. They are less bad in rectangular gutters and pipes than in round ones because, in part, these efforts cause the freezing water to go to the bends, or round the walls, which lessens the likelihood that the pipe will burst during the winter.

Interesting goods:

Maxidom.ruMaxidom.ruMaxidom.ruMaxidom.ruMaxidom.ru371 rubles.Maxipro.ru

Retaining the facade of a building’s structural integrity and aesthetic appeal depends heavily on the rectangular drainage system. This system effectively diverts rainfall away from walls, minimizing the risk of water damage and the development of unsightly streaks or stains. Its straightforward but efficient design makes sure that extra water doesn’t build up on the facade, which over time can cause deterioration.

The rectangular drainage system’s ability to blend in with different architectural styles is one of its main advantages. This system is unobtrusive and can be used with either a modern or traditional facade without taking away from its aesthetic appeal. Because of its adaptability, it is a top option for many architects and homeowners who want to combine aesthetic harmony with functionality.

The rectangular drainage system is not only aesthetically pleasing, but it also significantly increases the longevity of building materials. Reducing moisture exposure helps extend the life of exterior finishes like paint, plaster, or decorative elements, especially during periods of heavy rainfall or snowmelt. This proactive approach to moisture management emphasizes how crucial it is to preserving the general condition of the facade.

All things considered, the rectangular drainage system is a workable way to protect a building’s facade. It offers protection from possible harm as well as enhancing the exterior of the building’s durability and beauty through efficient water diversion and architectural integration. Installed on either residential or commercial building, its advantages go beyond practicality to include improved aesthetics and lower long-term maintenance costs.

Video on the topic

Installation of the drain pipe

Installation of the drainage system. Part 1

Novatik quadra – rapid installation of a metal drainage system of a rectangular gutter

Installation of a rectangular drain