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THE USE OF DECORATIVE TILE-COVERED THERMAL PANELS FOR
BUILDING FAÇADE INSULATION
Mirzakulov Islomjon Xoljigitovich,
Lecturer at the Department of Applied
Arts and Design, Gulistan State University
e-mail:
Annotation:
This paper explores the advantages of using tiled thermal panels in
modern construction. These panels combine insulation, durability, and aesthetic value,
making them ideal for energy-efficient and visually appealing buildings. The
integration of traditional Uzbek ceramic designs into modern thermal panel systems
offers a unique blend of national identity and contemporary architectural needs. Tiled
thermal panels are cost-effective, environmentally friendly, and suitable for various
building types, highlighting their potential as a practical local construction material.
Keywords:
Facade, tile, thermopanel, insulation, design, penoplex, glaze.
Tile work, or tile art, is an integral part of Central
Asian architectural art that encompasses the decoration
of buildings with tiles and the craft of tile making. Since
the 14th century, this technique has become widespread
in Central Asia, carried out by specialized craftsmen.
These artisans prepared tiles from clay, glazing them and
subjecting them to a firing process in a kiln. Tiles
decorated with patterned flowers were fired again to enhance their durability.
The process of covering buildings with tiles and creating decorative patterns has
evolved over time. In each region, examples of tile work are distinguished by unique
colors and styles. During the 14th to 16th centuries, tiled decorations were widely used
in palaces, mosques, madrasas, and mausoleums. Numerous ancient buildings, such as
the Kukeldash Madrasa in Tashkent, the Pakhlavan Mahmud Mausoleum in Khiva, the
Khan Palace in Kokand, and the Registan Square in Samarkand, attest to this.
These architectural monuments continue to be preserved today as cultural
heritage, and their beauty is recognized on an international level. The words of our
ancestor Amir Timur, “If you want to see our power, look at the buildings we
constructed,” further emphasize the significance of this architectural art. The art of tile
work is not only important aesthetically but also expresses our historical and cultural
heritage.
Yes, that's correct. Your thoughts on the issues of heat retention in Uzbekistan's
historical architecture and buildings are very important. Various methods have been
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employed to address these longstanding challenges. The use of thick walls, solid bricks,
clay coatings, and plastered finishes has certainly played a significant role in heat
retention.
Today, the implementation of energy-saving technologies and the development
of renewable energy sources are crucial for Uzbekistan's sustainable development. The
measures outlined in the presidential decree dated September 9, 2022, include
initiatives aimed at increasing energy efficiency and addressing ecological issues. This
will undoubtedly help improve the thermal insulation of modern buildings and reduce
energy consumption.
Such approaches are not only economically beneficial but also significant for
environmental protection. Preserving Uzbekistan's historical heritage while enhancing
energy efficiency through the application of modern technologies is an important task.
Modern architecture truly demands cost-effective, aesthetically pleasing, and
environmentally friendly solutions. The use of new materials and technologies is
crucial for energy conservation and ecological sustainability. Choosing energy-
efficient and locally produced materials instead of traditional construction materials
not only reduces energy consumption but also proves to be economically beneficial.
For example, materials like polystyrene concrete, aerated concrete, and foam concrete
are lightweight and possess excellent insulation properties, making buildings more
comfortable in both winter and summer.
Additionally, modern materials such as composite reinforcements and drywall
speed up the construction process and enhance quality. Dry construction mixtures
simplify work processes and help save time.
Environmentally friendly materials, such as cotton-based and reed-based panels,
increase the use of natural resources while allowing construction without harming the
environment.
At the same time, it is essential to implement innovative solutions and
technologies in building design to enhance energy efficiency. This will not only bring
innovations to the fields of architecture and design but will also positively impact the
overall development of the construction industry.
Thus, focusing on energy efficiency and ecological cleanliness in modern
architecture will be one of the key factors for sustainable development in the future.
He insulation of a facade is the key to building a comfortable and
economical home.
Insulation is not just a step in the process of constructing or
renovating a house; it is an entire strategy that affects many aspects of residents' lives.
Choosing the right thermal insulation not only ensures a comfortable indoor
environment but also significantly reduces heating costs, extends the lifespan of the
building, and can even positively impact the health of its occupants.
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Why is proper home insulation important?
In modern homes, heat loss
through walls and various construction joints can reach up to 30%. This means a
significant portion of heat escapes outside, leading to increased heating expenses.
Choosing the right insulation helps reduce these losses and allows for the creation of a
comfortable indoor climate.
There are many types of insulation materials available on the market, such as
mineral wool, extruded polystyrene foam, PIR (polyisocyanurate) boards, and others.
Each of these materials has its own advantages and disadvantages, and the choice
depends on specific working conditions, the climatic characteristics of the region, and
architectural solutions.
The Variety of Insulation Materials
1.
Mineral Wool Mineral wool is one of the most popular insulation materials due
to its high thermal insulation and fire resistance. It is ideal for walls and roofs but
requires protection from moisture, as it can lose its insulating properties when wet.
2.
Extruded Polystyrene Foam (EPS) EPS has low thermal conductivity and high
strength. It is moisture-resistant, making it ideal for insulating foundations and
basements. However, it is not suitable for areas prone to mechanical damage.
3.
PIR Boards PIR (polyisocyanurate) boards are a modern insulation material with
a high level of thermal resistance. They are moisture-resistant and lightweight, making
installation easier. However, they can be more expensive compared to other materials.
4.
Polyurethane Foam Applied in spray form, polyurethane foam creates a seamless
layer, providing excellent thermal insulation and moisture protection. However, it
requires professional installation.
Internal or External Insulation? Insulation can be applied either from the inside
or the outside of a building. Internal insulation has its benefits, such as the ability to
install it at any time of the year, regardless of weather conditions. However, it can lead
to condensation on the walls, which may cause mold and mildew over time.
External insulation is generally preferred, as it creates a “thermal shell” that
protects the walls from external temperature fluctuations. This approach also prevents
condensation from forming inside the rooms.
Another Key Requirement of Modern Architecture: Aesthetics
Modern aesthetics is undoubtedly one of the leading demands of today’s market,
and architecture is no exception. In contemporary architecture, the reflection of
national traditions i.e., the harmony between modernity and national identity adds a
unique charm to Uzbek architecture. Therefore, when choosing insulation, it is
important to consider not only its thermal insulation properties but also how it
complements the design features of the home.
When selecting insulation, the following factors should be taken into account:
Wall materials
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Wind loads
Finishing materials
Facade insulation is a crucial stage of construction and renovation
, requiring
careful attention and consideration of multiple factors. The right choice of insulation
and its installation method will ensure warmth in winter, coolness in summer, and
optimal humidity levels throughout the year.
It is important to remember that a professional approach to insulation not only
enhances comfort but also reduces heating costs and makes the overall design of your
living space more efficient and durable. Undoubtedly, modern aesthetics is one of the
leading demands of today's market, especially in the field of architecture. At the same
time, the integration of national traditions into contemporary architectural design – the
harmony of modernity and cultural identity – adds a unique beauty to Uzbek
architecture.
Therefore, we must strive to give a national appearance to new types of locally
produced building materials. In this regard, I propose transforming decorative glazed
ceramic tiles, traditionally crafted by master potters, into heat-retaining thermopanels.
This approach would preserve cultural heritage while meeting modern standards of
energy efficiency and design.
Thermal Panels: An Integrated Insulation System
Thermal panels represent a unified, integrated system composed of three main
components. The first is the insulation layer, which is reliably protected from external
environmental influences and mechanical impact by the second component –
decorative facing tiles. The third component is a structural layer that ensures the
rigidity and durability of the thermal panel.
General Structure of Facade Thermal Panels
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The facade panels typically have the following design:
1.
Polyurethane foam insulation
2.
Outer layer made of glazed ceramic tiles
3.
Rigid base layer (OSB – Oriented Strand Board)
Thanks to this design, thermal panels are easy to transport and install, while
offering exceptional thermal insulation properties. For this reason, sandwich panels
serve not only as a reliable and durable facade covering, but also act as a “thermos-
type” insulation for the entire house.
Finishing a house facade with these panels allows for the aesthetic effect of
brickwork, indistinguishable in color and texture from real bricks, while providing
enhanced energy efficiency.
Advantages of Using Thermal Panels in Construction
1. Economic Efficiency: Thermal panels are comparable in price to other
finishing materials, but their use significantly reduces heat loss, ensuring a record level
of thermal insulation efficiency.
2. Durability: Thermal panels have a long service life and do not require
cosmetic repairs or special maintenance.
3. Superior Thermal and Performance Characteristics:
High thermal insulation capability
Surface hardness and resistance to mechanical damage
Environmentally friendly materials
Minimal construction time
4. Versatility and Compatibility: Thermal panels are suitable for walls of any
thickness and material. Their low weight allows them to be used for finishing older
houses with weak foundations, while their strong and rigid structure makes them ideal
for frame house construction.
5. Year-Round Installation: Glazed tile thermal panels can be installed in any
season, making them practical and convenient for various climate conditions.
6. Structural Flexibility: The flexibility of the panels prevents cracks and
fractures caused by seasonal ground shifts or foundation movement.
7. Wide Range of Designs: Panels come in a variety of textures and colors,
allowing for diverse aesthetic solutions.
8. Low Mechanization Requirements: Installation does not require heavy
machinery, reducing labor and cost.
9. Resistance to Biological Damage: Tiled thermal panels are not susceptible to
insect
damage
and
are
resistant
to
mold
and
mildew.
They also offer:
High strength
Lightweight construction
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Excellent thermal insulation
High resistance to screw pull-out
In conclusion, tiled thermal panels are an exceptionally convenient and
comprehensive local building material, combining practicality, aesthetics, and
efficiency.
In modern construction, energy efficiency, aesthetic appearance, and functional
convenience are among the most important requirements. Tiled thermal panels, as a
building material, play a significant role in meeting these demands. They offer
numerous advantages such as high thermal insulation, durability, ease of installation,
environmental friendliness, and visual appeal. Moreover, thermal panels provide an
opportunity to harmonize local architectural traditions with modern technologies. In
particular, using glazed tiles decorated with national patterns not only ensures effective
thermal insulation but also enriches the facade with artistic beauty. This represents an
effective way to achieve a balance between modernity and national identity in Uzbek
architecture.
In conclusion, tiled thermal panels emdiv all the key features required by
contemporary architecture – thermal efficiency, cost-effectiveness, strength, and
beauty – making them a promising and practical construction material.
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