The choice of facade materials is important for improving the exterior of your home in terms of both durability and aesthetics. The fibrocement panel is one novel option that is becoming more and more common in contemporary architecture. These panels provide a flexible option for modern facade designs because they are made from a mixture of cement, cellulose fibers, and additives.
Because of their legendary resistance to a wide range of weather conditions, fibrocement panels are perfect for both urban and rural settings. Because of their composition, which guarantees their resistance to fire, moisture, and insects, homeowners can have a long-lasting and low-maintenance facade. These panels can also be produced in a variety of hues, textures, and sizes, allowing for creative freedom in design without sacrificing structural integrity.
Fibre cement panels are preferred by designers and architects because they are lightweight and make handling and installation easier. This feature makes it a sensible option for both new construction and renovations because it cuts down on both construction time and labor costs. Furthermore, the panels are simple to shape and cut on-site, enabling precise detailing and customization in accordance with architectural specifications.
- Fiber cement panels – what is the advantages and technical characteristics of the material
- Prices for popular fiber cement wall panels
- How fiber cement panels are produced
- Varieties and main manufacturers of fiber cement panels
- How to cut, drill and store fiber cement panels correctly
- Prices for the popular model range of circular saws
- Video – installation of fibortium -intensive siding CEDRAL
- Video on the topic
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Fiber cement panels – what is the advantages and technical characteristics of the material
Fibrim-cement panels are manufactured as siding or slabs and are considered an artificial finishing material. consists of cellulose or synthetic fibers, mineral additives, and cement in a ratio of 85–90%. Fibrecent panels have bending strength because of the reinforcing function of the final material component. They have an atmospheric coating outside that looks like masonry or brick. Moreover, fibros-cement panels come with hydrophobisators, which are additives that prevent the material from absorbing moisture while also letting it "breathe," eliminating minute water particles and preventing diversification.
Fibrim, a facade-mounted cement panel device
At the start of the previous century, fiber cement siding and plates were developed as an alternative to plaster. It was expected that the new material would outperform it in many operational aspects and be easier to produce and install.
Stone panels, brick, plaster, and smooth texture are all produced by Ecosimpl, the biggest producer of fiber cement panels in Russia.
LTM fiber-cement panels
You can read more about the benefits of fiber cement panels below.
- Ease. Plates and siding from a composite cement and fibers have a very small mass. This feature of the material greatly simplifies the transportation, carrying and installation. In addition, the total mass of the decoration is less, respectively, the load on the load -bearing walls of the house decreases.
- Nice. Fibrime cement is not subject to fire and is an obstacle to the fire.
- The resistance of fiber cement panels to ultraviolet radiation – The material will not fad after many years spent under the rays of the sun, and will not lose its original appearance.
Construction using Equitone fiber cement panel finish
Fiber cement panels used for the finishing of a house
The cottage’s ventilated facade is covered in fiber cement panels.
Fibrim-cement panels for building facades
Speaking of which, The contentious aspect of fiber cement panels is that some country home builders and owners believe the material to be less beautiful and more like plaster or natural stone in appearance.
Now think about the technical features of the fiber and cement finishes. The table provides the material’s primary characteristics.
Table: Technical specifications for fiber cement panels used in facades.
| Technical specifications | Meaning |
|---|---|
| Density, g/cm3 | From 1.5 |
| The mass of a separate element of the finish, kg/m2 | From 16 to 26 |
| Bending strength, MPa | 20 and more |
| Shock viscosity, kj/m2 | From 2 |
| Moisture absorption, % of mass | From 7 to 20 |
| The thickness of a separate element, mm | From 6 to 35 |
| The length of a separate element, mm | 1200, 1500, 1800, 2400, 3000, 3600 |
| The width of a separate element, mm | 190, 455, 910, 1200, 1500 |
Make sure the fibros-cement panels you choose for the facade are manufactured in compliance with DIN EN 12467 or GOST 8747-88 standards.
GOST 8747–88. Products with asbestos-cement leaves. Downloadable file (open the PDF file in a new window by clicking the link). GOST 8747-88
Design of far-cement slabs for decoration. The frame is secured to the material, and the frame is supported by brackets. Mineral wool insulation is installed in between the latter.
Prices for popular fiber cement wall panels
Fibrocent panel for facades
How fiber cement panels are produced
We will become acquainted with the technological process of producing this finishing material through the example of the Latonit brand’s fibros-cement panels.
Step 1: Combine cellulose, sand, cement, and other finishing material ingredients.
One of the ingredients is cement.
Step 2: The resultant mixture rolls up to a certain thickness of even raw layer once it enters the molding compartment.
Rolling the final blend
Step 3: On sheets of a given size, cut along the length and width of raw rifled fibroculates.
Slice the fiber cement that has been rolled.
An additional image of the procedure
Step 4: Stacks of the fiber cement sheets are created using this method.
Putting down fiber cement sheets
Step 5: The slabs that are lacking go into the press and experience intense pressure. As a result, extra moisture escapes the fibroscene, increasing the finishing material’s density and strength.
Press-pressed sheets
Step 6: The chamber receives the past press fibropropists for thermal treatment. The material undergoes an accelerated hardening process there.
For thermal treatment, the material is fed into the chamber.
Step 7: Next, fiber cement plates go into the autoclave, which is a hot, pressurized chamber. The material’s strength characteristics are greatly enhanced there.
Autoclave entry for fiber cement plates
Step 8: Fully cementated fiber cement panels are painted and ground.
Crucial! The surface of the fiber cement panels is frequently covered in a fairly intricate coating that mimics actual brickwork or stone.
Step 9: The material is sorted, packaged, and sent to the warehouse to complete the technological process of making fiber cement slabs.
Varieties and main manufacturers of fiber cement panels
The following groups of fiber cement panels can be distinguished based on their appearance.
- Masonry masonry. Are produced in a large number of options – the size and shape of the individual "stones", their color, texture, degree of detail, etc. differ. D.
- Panels made under a brick. The main part is produced red and yellow, but there are other options.
Fiber cement panel samples that have been styled under brick, stone, and plaster
Panels with fibrocent stone fragments
Panels made of fiber-cement "under the tree"
A building finished with Cedral "Wood" brand fiber-cement siding
Crucial! The home owner is required to complete this portion of the facade decoration on their own because some of the fibros—cement panels—are released unpainted. One the one hand, you’ll be able to select the color that, for whatever reason, was not available in the manufacturer’s catalog. However, you will also need to budget for the time and effort required to apply paint. It’s also important to remember that these unpainted fiber cement panels are 10–20% less expensive than the completed product.
The fibros-cement panels for the facade’s longevity and aesthetic appeal are directly influenced by the manufacturer’s care and attention to detail, equipment used, and production methods. There are a total of eight manufacturers that stand out as industry leaders in the CIS construction market. They are described in the table below for your familiarization.
Table. Fiber cement panel for the facade – main manufacturers and brands.
Facade panel installation done by hand Not every homeowner allows elaborate stonework or brickwork to enhance their house due to financial constraints. Not only are the materials expensive, but their intricacy and hefty installation fees are also factors. There are distinctive facade panels that insulate the home and enhance its visual appeal. For a thorough reading, go here.
It becomes clear from investigating the application of fibrocent panels for home facades that these panels provide a flexible and long-lasting solution. Fibrocent panels combine the visual appeal of conventional materials with cutting-edge developments in sustainability and durability, all while being built to withstand a variety of weather conditions. This article explores the advantages of fibrocent panels, emphasizing how they can improve a home’s aesthetic appeal while offering durable defense against weather, wind, and UV rays. These panels show promise as a viable option for homeowners looking for facade solutions that combine resilience and style, whether they are being used in new construction or renovations.
How to cut, drill and store fiber cement panels correctly
We will take into consideration the aspects of working with fibros-cement panels, such as cutting, drilling, and storage, prior to beginning the installation of these panels on the building’s facade. Let’s begin by cutting the panels, which may be required when dealing with curves, slants, and areas beneath the cottage’s roof.
Step 1: Mark the fiber cement panel’s cutting line. The device is placed facedown on a level surface. The panel is positioned beneath a soft substance to prevent scratches from showing up.
Getting a fiber cement panel ready
Step 2: Get the cutting tool ready. For this, a circular saw works best. This product has an automatic supply, a guide tire, and a dust and polo-sole; by using these devices, the fiber-cement panel can be cut neatly and quickly. The circular saw’s disc should be positioned so that, at its lowest point, it passes 5 mm below the finishing material sheet.
Spherical saw disk
Step 3: After turning on a disc drink, the cutting process starts. Her disk runs the full length of the panel made of fiber cement. Subsequently, the fiber cement panel’s cut portion is isolated from the main sheet.
Prices for the popular model range of circular saws
A circular saw
Step 4: Using a dry cloth, remove any dust that was created during the process of cutting the fiber cement panel from the area close to the cut.
Wipe the area around the incision with a dry cloth.
You shouldn’t have any issues drilling fiber cement panels. It is important to pay attention to multiple conditions.
- Use only special drills with the corresponding sharpening angle if possible.
- Do not drill several panels at the same time – only one.
- Preliminary marking is required.
- From the edges of the fiber -cement panel you need to make indentation. They depend on the specific characteristics of each sheet and should be indicated in the instructions or description supplied along with the material.
- After the drilling process is completed, the panel around the hole must be cleaned of dust on both sides. For this, a dry napkin with a microfiber is used.
Initial marking is necessary.
Every home has engineering communications, some of which travel above the ground rather than below it. The fibros-cement panels must have round holes cut into them in this circumstance. The image below will help you familiarize yourself with the procedure.
Marking is done first, by drawing the circle with the required diameter. Then its edge is drilled with a hole.
An electric jigsaw blade is inserted into this opening, and the tool is then powered on. The jigsaw is progressively moved along the line as the cutting process starts. Using a dry cloth, it removes dust after the edge.
Fibre cement panels should only be kept horizontally and in a dry room for storage. Placing the plates on the ends is not recommended as they will become distorted. You need to place wooden bars or pallets underneath the fiber cement panel stacks.
Guidelines for transporting fiber-cement panels
Video – installation of fibortium -intensive siding CEDRAL
| Advantages | Durable, weather-resistant, lightweight, easy to install |
| Considerations | Potential for cracking, requires proper maintenance, may contain asbestos (older panels) |
For contemporary facade designs, fibrocent panels provide a robust and adaptable option. These panels, which are made of cellulose fibers mixed with cement, are renowned for their durability. Because they can mimic different textures, like stone or wood, they give architects and homeowners a plethora of design options while providing the advantages of a low-maintenance, non-combustible material.
The longevity of fibrocent panels is one of their main benefits. They can be used indoors and out because of their exceptional resistance to rot, moisture, and insects. Because of its durability, the facade will last longer and require fewer repairs or replacements over time. Fibrecent panels also aid in energy efficiency by regulating temperature and offering insulation, both of which can eventually result in lower heating and cooling expenses.
Fibrocent panels allow architects to be creative when designing facades. They can be positioned vertically or horizontally, and by varying the texture and pattern, they can add visual interest. With the panels’ variety of colors and finishes, homeowners can achieve the look they want without sacrificing functionality. For both residential and commercial applications, fibrocent panels provide a modern aesthetic that combines design and utility.
Finally, fibrocent panels are an excellent option for contemporary facade construction that is both practical and sustainable. Because of their unique combination of strength, adaptability in design, and environmental advantages, they are a top choice for both architects and builders. Fibrecent panels are a dependable option for building stunning and long-lasting facades, whether they are used to improve a home’s curb appeal or define the character of a commercial building.
