Features of the facade plaster from arbolite

Because of its special qualities in facade plaster, arbolite, a lightweight and durable material, is becoming more and more popular in modern architecture. Arbolite facade plaster is uniquely designed to improve both appearance and functionality, and it has several unique features that distinguish it from other materials.

The composition of arbolite facade plaster is one of its main advantages. Arbolite, which is composed of a mixture of natural fibers and cement, combines the flexibility and light weight of organic fibers with the strength of cement. This composition makes construction easier to apply and manipulate while also guaranteeing durability against weathering and impacts.

Arbolite facade plaster is also well known for its favorable effects on the environment. Because it is mostly made of natural fibers, it is regarded as a sustainable building material. Compared to traditional facade materials, the use of renewable resources lowers its carbon footprint, in line with current trends towards eco-friendly building practices.

Arbolite facade plaster gives designers and architects a lot of options when it comes to design adaptability. Its moldability into a wide range of textures and shapes permits designers to express their creativity when creating facades. Arbolite is flexible enough to accommodate a variety of architectural styles and tastes, whether the goal is a textured, rustic appearance or a smooth, modern finish.

All things considered, arbolite facade plaster is a progressive method of designing building exteriors. Its combination of resilience, sustainability, and adaptability in design makes it a strong option for modern building projects that seek to balance visual appeal with functionality and environmental responsibility.

Advantages and disadvantages of plastering walls from arbolite

The practical design of plaster decoration shields the facades from weather-related elements such as rain, snow, hail, wind, heat, and extreme frost.

Plassing fully shields the walls from the water while enabling the facades to "breathe" and maintaining the flow of air between the interior and exterior of the room.

The following are some benefits of arbolite plaster facades:

• Waterproofing;
• Thermal insulation;
• Strength and resistance to mechanical influences;
• Simplicity of application;
• Noise insulation;
• A wide range of types of solution and color solutions;
• Maintainability;
• Environmental friendliness;
• Wear resistance;
• Resistance to temperature differences and frost.

One of the drawbacks is the comparatively short coating service life, which necessitates repeated plastering after 8 to 10 years. The only exceptions are silicone-based mixtures and decorative plaster, which have a few ten-year service life.

The primary thesis of the article on the topic "Features of arbolite facade plaster" for the website "All about the facades of the house" could be this: "Arbolite facade plaster offers a versatile and durable solution for enhancing the aesthetic appeal and resilience of building exteriors." Arbolite plaster, which is made of lightweight aggregates like shale or expanded clay, is perfect for a variety of climate conditions because it is weatherproof and does not crack. Its adaptability in application ensures sustainability and long-term cost-effectiveness while enabling innovative architectural designs. Achieving both functional and aesthetic goals in facade construction can be greatly aided by having a thorough understanding of its advantages and application techniques.

How to plaster arbolite from the outside

Cement, lime, and silicone mixtures are used to decorate the arbolite facade, along with polymer-based decorative plaster solutions.

Cement

The most popular kind of finish is cement plaster, which is also the most expensive. It is simple to apply. It comes in a dry mixture form that needs to be diluted with water (the amounts are listed on the package) and stirred until smooth before using.

Crucial! It is the dry mixture that is poured into a container of water to mix the solution, not the other way around.

Cement-based materials are utilized for industrial spaces, outbuilding cladding, and black décor.

Lime

Fine-grained sand and lime are the foundation of lime plaster; gypsum, cement, or clay can be added to the mixture to boost the coating’s strength.

Dena plaster is reasonably priced, moisture-resistant, and has good vapor permeability indicators. It is only used as a draft layer; the surface is primed, applied, and only then moved to the finish after the solution has been applied and completely dried.

Crucial! Lime and plaster made of cement are only utilized as a black layer.

Decorative

One method for completing the facade is decorative plaster, which adds relief and the original texture to the surface.

Wear-resistant and easily tolerant of temperature fluctuations, humidity, and UV radiation exposure is decorative facade plaster. It has an astringent polymer base and comes in the following varieties, depending on the ingredient used:

• Silicate (based on liquid glass);
• Acrylic;
• Epoxy;
• Polyurethane;
• Polyvinyl-acetate;
• Acrylostirol.

Silicone

One of the priciest plaster alternatives is silicon-based plaster, but its superior performance qualities more than justify its cost.

Applying silicone plaster is simple, it doesn’t let water through, and it doesn’t stop the room from exchanging air with the outside world. It is durable—mixtures based on silicone typically last 20 to 25 years—washable, resistant to some acids and alkalis, and does not burn in the sun.

The technology of plastering arbolite

Arbolite plastering outdoors is a straightforward process that saves a lot of time and effort because it doesn’t require the use of a reinforcing grid or soiling the base.

Technology suggests that plastering walls can be split into two primary phases: solution application and preparatory work.

Preparation

Several easy steps must be taken in the preparatory phase, including:

• Clean the surface of dirt, dust, fat spots, mold and fungus.
• The joints and cracks are packed;
• Protect window frames and door slopes from plaster getting using painting tape and film.

Crucial! It is not necessary to prime the facades; instead, thoroughly moisten the walls with water.

Installation of lighthouses (if necessary)

When plaster is the only finish coating and the surface is uneven (deviations of two to three centimeters), lighthouses plaster the surface. Lighthouses are sections of metal profiles that are fastened to the base with a gypsum mixture and then taken off once construction is completed.

The lighthouses are positioned vertically at a step of one to one and a half meters. The first two profiles are fixed along the edges, and intermediate beacons are installed along a thread that is pulled in multiple rows between them.

Application of plaster

Trowels and a rule or cell, whose length should match the distance (not exceed 150 cm) between beacons, if any, are required in order to apply a plaster solution.

Usually, the arbolite facade plaster is applied in two stages: a rough layer and a finish layer.

The process of applying a black layer

• Apply the solution to the cell using a spatula;
• Apply the cell to the surface of the wall at an angle of 45 degrees and the movement from the bottom up to up the plaster to the facade;
• Carefully flatter and remove excess.

Vital! A spatula is used to scrape the solution into the space between the profiles, leaving a layer no thicker than 20 to 50 mm, and align it with the guideline when lighthouses are present.

Depending on the type of plaster used, the finished surface is left until it dries completely before the beacons are taken out. This process could take anywhere from 24 to 48 hours. Plaster is used to seal the resulting defects, and the surface is primed, dried, and then the final decoration is applied.

Crucial! The beacons cannot be taken out if the plaster is serving as the ventilated facade’s draft decoration.

The finish layer

Use silicone-based mixtures or decorative solutions for the plaster finish coating; they have a broad color spectrum and a unique look.

Until the necessary relief is formed, the solution is applied to the primed and purified base, thoroughly divided, and covered by a plastic cell. Putty can be covered with azure or specialized varnish once it has fully dried.

Arbolite facade plaster is a flexible way to improve your home’s external appearance and longevity. Arbolite plaster, which is made of lightweight aggregates like shale or expanded clay, has superior acoustic and thermal insulation qualities. By lowering outside noise, this not only aids in controlling interior temperature but also creates a more peaceful living space.

Arbolite plaster’s breathability—which lets moisture out but keeps water out—is one of its best qualities. This feature lowers the possibility of mold and mildew growth, which contributes to the maintenance of a healthy indoor environment. Furthermore, arbolite plaster has a high resistance to shrinkage and cracking, guaranteeing a durable finish that needs little upkeep over time.

Arbolite plaster is flexible in terms of design, allowing for the creation of different colors and textures to suit a range of architectural tastes and styles. Arbolite plaster can be tailored to your desired aesthetic, whether you love a textured, rustic appearance or a sleek, contemporary appearance. It can be applied to a variety of substrates, such as masonry, concrete, and even insulating boards, which makes it appropriate for a broad range of building types.

Choosing arbolite plaster for your home’s facade improves both its aesthetic appeal and sustainability as a whole. Arbolite’s lightweight design lessens the environmental effect of installation and transportation, and over time, its thermal efficiency may result in energy savings. Arbolite facade plaster becomes an appealing and useful option for contemporary architectural projects due to its strength, adaptability as an aesthetic, and environmental advantages.

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