Fluid

The facade of a home is crucial to both its aesthetic appeal and practicality. It is more than just the building’s facade; it also serves as a fashion statement and a weatherproof barrier. In facade design, fluidity is the harmonious blending of form and function, resulting in a pleasing combination of practicality and aesthetics. The ability of a fluid facade to change is what makes it so appealing, be it through dynamic shapes, novel materials, or interactive elements.

In order to create a sense of movement and continuity in facade design, architects and designers frequently aim for fluidity. This method embraces organic patterns that resemble natural elements, such as curves and folds, rather than rigid structures. A facade can evoke a sense of grace and elegance by incorporating these flowing design elements, turning a building into a dynamic work of architectural art.

Environmental factors are also taken into account by fluid facades. By optimizing the amount of natural light that enters a space or skillfully integrating renewable energy technologies into their design, they can maximize energy efficiency. The building’s overall environmental footprint is improved as well as its visual appeal thanks to this harmony between sustainability and aesthetics.

Introduction to Fluid	Understanding the basics of fluid dynamics and its applications in facade design.
Types of Fluid	Exploring different types of fluids used in facade materials and their properties.

Types of liquid insulation for facade walls

With consideration to composition, operating characteristics, and application technology, all varieties of liquid heaters can be conditionally classified into two categories: foam and super-fry. Extremely thin (heat-colored): the most recent advancement in building material technology, suitable for all applications. Super-fingered heaters save a lot of money on facade wall insulation, shorten workdays, and enhance quality. However, they also have drawbacks, which we will discuss in the article.

"Fluid" design elements are used in architecture to create visually striking and modern buildings by redefining traditional facades with dynamic curves and smooth transitions. Architects who embrace fluidity can use creative facade solutions to maximize functionality, promote a feeling of movement, and improve a structure’s visual appeal. This method not only changes a building’s exterior look, but it also embodies the modern architectural ethos that values form and function in perfect harmony.

Heat -paints

Liquid heat insulator installed in an apartment

Despite having almost identical structures, different trade names, they are nearly identical in appearance when compared to regular acrylic paints.

Among the contents are:

• Glass -ceramic microscopic spheres. Diameter 0.05-0.1 mm;
• Aluminosilicate microspheres. To increase heat saving indicators inside, there is partially absent air;
• titanium dioxide. It has a minimum weight, the porous structure prevents heat transfer from warm surfaces by cold air;
• Special latex mixture. Increases resistance to hard ultraviolet rays, compensates for thermal expansion, prevents microcracks;
• acrylic. The base of the paint has excellent indicators of adhesion with most building materials.

Superior liquid heaters exhibit high efficiency; a 1.2 mm coating, as indicated by heat-saving indicators, is equivalent to 5 cm of mineral wool. The abundance of hollow microspheres, which reduces losses from regular convection, is what produces the desired effect. Infrared light is also reflected by shiny microspheres, and the coating functions as a thermos.

Acter TM Liquid Thermal Insulation

Corundum liquid thermal insulation

Astracles’ liquid thermal insulation

Table that compares the operational indicators of traditional and heat-colored insulation materials. The average paint characteristics are used in the table.

Insulation in liquid (colored with heat)

Mineral wool that has been pressed

A table that compares economic efficiency

Applying liquid insulation can be done with specialized sprayers or standard rollers and brushes. However, these materials also have drawbacks:

• high cost of heat -colored;
• short storage periods;
• large loss of quality for violations of storage conditions;
• Manufacturers do not give accurate data on heat -protective properties, thermal insulation is performed by eye. It is even theoretically impossible to accurately calculate the necessary thickness of the insulation layer, everything is determined by the practice of operating already processed structures.
• high -quality thermal insulation may require up to 10 layers of paint;
• The actual consumption always exceeds the specified on the packaging.

How to choose high -quality liquid insulation

As we have already indicated, prolonged or inappropriate storage of these materials considerably degrades their qualities. What should I look for when purchasing dyes?

1. The lower the density of the paint, the better its heat -saving indicators. A ten -liter plastic bucket should weigh within 6–6.5 kg. If the weight is larger, then such insulation should not be purchased, its application will not be effective.
2. Look at the paint in the plastic bucket on the lumen. Light heat -insulating microspheres rise up. The thicker this layer, the better thermal insulation.
3. Rub a small amount of paint with your fingertips, you must feel a large amount. The absence of such an effect indicates the unfairness of the manufacturer and the low quality of its products.
4. The color of the paint should be absolutely white. Changing color indicates gross violations of the technological process. This does not apply to paints with mineral color additives.

Use high-quality heat coloring to insulate at home.

The suggestions are straightforward but incredibly powerful. As a matter of fact, some manufacturers purposefully sell subpar products at exorbitant prices in the hopes of creating a choice stereotype, so it is not always necessary to focus solely on the cost of the goods at this time.

Prices for various types of liquid thermal insulation

Liquid thermal insulation

Step -by -step instructions for applying heat -colored

Think about insulating a brick wall without plaster, for instance. Slabs will be applied to the facade in the future utilizing common technology.

Step 1: Measure the area and condition of the facade walls.

Brick exterior

Decide on a particular insulation brand. Choose whether to apply it with a roller, brush, or spray.

We advise against painting the walls in a single coat; two to ten coats will be required, depending on the residence’s climate and the walls’ indicators of thermal conductivity.

Sensible guidance. You can use a roller to paint if your wall is relatively flat. Painters should use brushes instead of rollers to paint deep seams because the roller cannot reach such nooks and crannies. A spray gun is an all-purpose tool that produces the best possible coating when used.

It should be kept in mind that painting the facade wall multiple times with a brush is an extremely challenging task. You will also need to work in forests or on a ladder. Accurately assess your strengths and abilities.

Step 2: Make the most of the wall’s area. Using a hammer or chisel, cut large pieces of solution; remove any dust.

They must be removed if there is land contamination. In dirty meters, paint will never adhere. Detachment, a breach in tightness, and a marked decline in heat-saving indicators are the consequences. The weather is good and the facade should be dry.

Use the hose to spray water on the walls.

If there are a lot of dirt stains on your walls, use a specific pressure to wash under pressure.

Use a chlorine lime water solution to remove mold from the walls.

Step 3: Get paint ready to apply. Follow the directions; the composition and solvent will determine the actual actions. It should have the consistency of thinned-out sour cream. On a small portion of the wall, test the material. Paint that is too viscous should be diluted and mixed continuously. One coating layer’s thickness is greatly decreased by adding a lot of water. You will therefore need to increase their number, which will require more time and work.

Before using, combine the paint.

Step 4: Transfer the paint into a roller-specific tank. A roller with an average pile length will be able to catch more paint at once. Place the roller inside the container, take it out, and scroll it to a designated location. It is situated just above the paint pouring area. Scroll through the website once more after lowering the roller into the paint. Continue doing this until the roller has uniformly absorbed all of the paint around its circumference. Give him a rotation before removing the roller from the container; that way, the paint won’t spill on the floor.

Step 5: Approach the wall with the roller and press to the surface using a medium amount of force. Starting from the bottom, the first passage should be made so that any extra helmets are squeezed out, fall under the roller right away, and then be dispersed equally across the facade wall.

Beginning above and gradually working your way down, move the roller up and down to paint other areas.

Step 6: Stain the walls in the designated areas and bar access. Keep in mind that surfaces shouldn’t be exposed to rain for at least 24 hours. Prevent the soiled surfaces from getting wet if the weather has gotten worse. Use a plastic film and attach it to the facade wall or any construction forests that may be in use during the operation as protection.

To paint over areas where you are unable to use a spray or roller, you will need a painting brush.

Apply the second layer only after the first has fully polymerized. For example, if you initially painted the insulation using vertical roller movements, you will need to use horizontal movements for the second application.

Put on another coat of paint.

Paint application using a spray gun

If colored heat paints are used to finish plastic walls, the insulation will serve as both a decorative finish and a finishing layer. Similarly, wooden surfaces—such as log homes made of designated logs—can also be insulated.

Prices for spray for colors

Krascopult

Practical advice on applying heat -colored

You can use less material, process more quickly, and achieve higher-quality coatings by following a few general, useful guidelines when applying heat-colored coatings.

The smoother the surface of the coating, the better thermal insulation and the lower material consumption. On acute protrusions, the thickness thickness is always smaller than on even walls. In these places, cold bridges are formed with all the negative consequences. Before applying the paint in any available way, level the surfaces, lay out deep cracks and places where you can’t get a roller or a brush. You need to know that even if these openings tighten liquid paint, then during drying and polymerization it will crack.

Distribute the cracks

Blend paint

It is essential to comprehend the fluid dynamics of a house’s facade for both practicality and visual appeal. In architecture, fluidity is the smooth transition between components that give the impression of movement and continuity. It includes the way different forms, textures, and materials come together to give the facade a dynamic and well-balanced look.

Achieving aesthetic coherence and balance is a common goal for architects when creating a facade with fluidity in mind. This entails using lines and shapes that smoothly move the eye across the surface as well as carefully choosing complementary materials. Creating a facade that feels unified and cohesive, with each element contributing to the overall flow, is the aim.

Fluid facades have practical uses in addition to being aesthetically pleasing. They can improve the building’s natural ventilation and lighting, which will improve occupant comfort and energy efficiency. Windows, balconies, and other architectural elements can be positioned to best maximize the facade’s performance while preserving its fluidity by designers.

The idea of fluidity in modern architecture goes beyond the facade’s actual physical features. It also includes the building’s interactions with the people who live there and its surroundings. A fluid facade that is well-designed can create a link between indoor and outdoor areas, encouraging an open feeling and a sense of integration with the surroundings.

Video on the topic

Liquid thermal insulation actor concrete

The thermal imager check the heat -insulating ceramic paint

Magneter facade – liquid thermal insulation, heat insulation paint, wall insulation