Why are developers increasingly using thermal blocks in low-rise construction, the construction of cottages and townhouses?
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Why are developers increasingly using thermal blocks in low-rise construction, the construction of cottages and townhouses?

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Contents
  1. Construction speed
  2. Possibility to build at any time of the year
  3. Ease of logistics
  4. Design reliability
  5. Energy saving of buildings made of thermoblocks
  6. Significant savings on finishing work
  7. Ease of construction
  8. Unlimited possibilities for architectural solutions
  9. Reliable proven European technology

In the modern world of construction, thermal blocks are becoming an increasingly popular choice for developers when constructing low-rise buildings such as cottages and townhouses. This trend is explained by a number of advantages that the use of thermal blocks in construction offers. Let’s look at the main factors why developers increasingly prefer thermal blocks.

Construction speed

Thermoblocks are characterized by high installation speed due to their simplicity and ease of installation. The blocks have certain geometric dimensions and can be quickly and easily assembled into walls without the need for cutting and adjusting elements. This significantly speeds up the construction process and allows the project to be completed faster.

Possibility to build at any time of the year

One of the key advantages of thermoblocks is the possibility of construction at any time of the year. Thanks to the thermal properties of the material, work can be carried out even in cold months without compromising the quality of construction. This allows developers to optimize the work schedule and avoid downtime due to adverse weather conditions.

 

Why are developers increasingly using thermal blocks in low-rise construction, the construction of cottages and townhouses?

Ease of logistics

Another advantage of thermoblocks is their lightness, which greatly facilitates the logistical aspects of the construction process. The light weight of the thermoblocks allows them to be transported without the use of special equipment at the construction site. This not only reduces logistics costs, but also simplifies the organization of material delivery to the construction site, reducing time delays and improving the overall efficiency of the construction process.

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Design reliability

When constructing buildings from thermoblocks, developers receive an insulated monolithic structure . This ensures high strength and durability of the building, as well as effective protection from the negative effects of external factors such as moisture and temperature changes. Insulated walls made of thermoblocks keep the room warm in winter and cool in summer, creating comfortable living conditions for its inhabitants.

Energy saving of buildings made of thermoblocks

Thermoblocks have high thermal insulation due to the use of insulation in the material. This can significantly reduce the energy consumption of the building, which in turn leads to savings on heating and air conditioning. Thermal block buildings retain heat in winter and cool in summer, ensuring a comfortable stay for residents.

Significant savings on finishing work

Thermoblocks have an almost ideal geometry, which makes them an excellent material for finishing work. Thanks to the precise dimensions and shape of the blocks, walls made of thermoblocks do not require significant investments in alignment and fitting of elements. This significantly saves money and time on finishing work, making projects more affordable and speeding up the completion process.

Ease of construction

Thermoblocks are easy to process and install due to their design. They do not require special skills or equipment to install, making the construction process easier and less labor intensive. This is especially important for small construction teams that can carry out the work independently without the need to attract additional specialists.

Unlimited possibilities for architectural solutions

Thermoblocks provide ample opportunities for the implementation of various architectural concepts and design ideas. They can be easily adjusted and molded to create unique shapes and facades, allowing developers to realize any creative ideas.

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Reliable proven European technology

Thermoblock production technology has been developed and successfully used in Europe for many years. This guarantees high quality and reliability of the material, which is important for developers seeking to create durable and safe buildings.

The use of thermoblocks in low-rise construction, construction of cottages and townhouses offers a number of advantages, including high speed of construction, energy saving, savings on finishing work, ease of installation and wide architectural possibilities. This material combines lightness and strength, making it an ideal choice for modern developers seeking to create quality and efficient buildings.

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They are ideal for hot climates because they have excellent thermal mass, meaning they can absorb heat during the day and release it at night, helping to regulate indoor temperatures. Concrete: Concrete is another material with high thermal mass. It’s strong and durable, able to withstand the high temperatures typical in dry areas. Insulated concrete forms (ICFs) can enhance its energy efficiency, keeping the home cooler during the day. Stucco: Widely used in Mediterranean and southwestern regions, stucco is a plaster-like material that is applied over a base of wood, brick, or stone. Its reflective properties help reduce heat absorption, making it suitable for homes in hot, dry climates. Additionally, roofs in these climates should be constructed with reflective materials, such as light-colored tiles or metal, to deflect sunlight and reduce heat gain. Hot and Humid Climates Building in hot and humid climates presents challenges such as excessive moisture and mold. 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Roofs in cold regions should be designed to handle heavy snow loads, and materials such as asphalt shingles, metal, or slate, which shed snow easily, are recommended. Wet and Rainy Climates Constant rain can lead to mold, mildew, and rot, so building materials for wet climates must be highly resistant to moisture. For areas with frequent rainfall, these materials are ideal: Concrete Block: Concrete blocks are not only sturdy but also resistant to moisture, which makes them ideal for rainy climates. When used with waterproofing treatments, they help prevent water infiltration. Vinyl Siding: Vinyl is a popular choice for homes in wet climates because it doesn’t absorb water and resists mold and rot. It also requires little maintenance compared to wood siding. Fiber Cement: Fiber cement siding is a composite material made from cement, sand, and cellulose fibers. It is highly resistant to moisture, fire, and pests, making it a great choice for wet climates. 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