
Tubonit. Water Treatment Plant in Marki
Water Treatment Plant in Marki
Scope: assembly
About 900m2
The elevation is made of two types of board. Large-format boards are clad with Tubonit cement fiber. Colored boards are clad with Cedral.
Cedral boards are also cement fibre claddings, but they are not smooth boards. Their surface has an imprinted wood grain pattern. They come in many different colours. These boards can be laid, as in this investment, horizontally, with an overlap. You can lay the boards horizontally, flat, or vertically. They are also used in roof soffits.
Water Treatment Plant in Marki – Fascinating Facade with Equitone Trespa and Ventilated Facades
The Water Treatment Plant in Marki is a place where functionality meets aesthetics. In this article, we will explore the world of ventilated facades, focusing on the role of Equitone Trespa and fascinating Cedral planks with a variety of colors and textures.
I. Introduction
The Water Treatment Plant in Marki not only fulfills its functions, but also presents itself exceptionally thanks to the use of innovative solutions in the facade.
II. Equitone – concrete; Trespa – wooden facades: Revolution in Ventilated Facades
A. Definition and characteristics of Equitone and Trespa
Equitone and Trespa are materials with exceptional properties that play a key role in the construction of ventilated facades.
B. Advantages of using ventilated facades
Let’s consider why ventilated facades, especially those using Equitone Trespa, are becoming the norm in modern construction.
A ventilated facade is a technique that involves mounting a systemic aluminum or steel structure on the actual wall of the building, on which cladding panels are then mounted.
The wall cross-section consists of the following elements:
Proper wall
Thermal insulation layer – hard facade wool with a thickness of 80 to 150 mm
Air gap – from 20 to 50 mm
Cladding – from 8 to 25 mm
A ventilated facade guarantees the transfer of the dew point from the proper wall of the building to the surface of the thermal insulation. The thermal insulation is constantly ventilated by air flowing between the insulation layer and the back of the cladding board, through the so-called ventilation chimney.
Thanks to this, the building obtains:
Moving the dew point outside the wall
Dry walls proper
Excellent thermal and insulation properties even after drying the walls during renovation of buildings
Even surface of the facade
The user obtains:
Interior with ideal humidity
Easy to maintain a constant temperature
Guarantee of dry walls, which completely eliminates the formation of fungi and mold
Additional acoustic insulation
Ventilated facades are therefore not only aesthetic, but above all functional and practical.
C. The importance of Equitone and Trespa in the context of water treatment plants
How do Equitone and Trespa fit into the requirements and expectations of water treatment plants? Let’s check!
III. Ventilated facades assembly. Wooden facades: Let’s get to know the concept
A. Exploring the concept of ventilated facades
We understand why ventilated facades are not only practical, but also how important they are for the aesthetics of buildings. Modern facades inspiration.
B. How ventilated facades contribute to the aesthetics and functionality of buildings
Ventilated facades contribute to the aesthetics and functionality of buildings in many ways:
Aesthetics:
Variety of choices: Ventilated facades are available in a variety of materials, colors, and patterns, allowing you to create unique and attractive building appearances.
Modern look: With their modern aesthetics, ventilated facades add a modern and elegant look to buildings.
Even facade surface: Ventilated facades provide an even and smooth facade surface, contributing to the overall aesthetics of the building.
IV. Scope: Assembly – Installation Process
A. Detailed overview of the Equitone and Trespa installation process
The process of installing a ventilated facade on the m3ziolek.pl website consists of several stages:
Design: This is the first and most important stage, which includes planning and designing the ventilated facade. At this stage, the appearance, materials and construction of the facade are determined.
Vision in the field: The second stage involves visualizing the project on site. This allows for a better understanding of the project and its impact on the environment.
First stage of assembly work – aluminum substructure: At this stage, the aluminum substructure is installed, which is the basis for further assembly stages.
Second stage of assembly work – thermal insulation, hard wool with wool: Then, a layer of thermal insulation is installed, usually made of hard wool.
Third stage of assembly work – cladding: After installing the thermal insulation, the cladding is installed. The cladding is the last element visible from the outside of the building.
Finishing work: After installing the cladding, finishing work is carried out, which includes all necessary corrections and refinements.
Closing the document submission process: The final stage is closing the document submission process. At this stage, all documents related to the project are completed and closed.
Each of these stages is essential for the correct installation of the ventilated facade and ensures its aesthetics, functionality and durability. Ventilated facades are not only aesthetic, but above all functional and practical.
B. The importance of precision in the installation of this type of facades
V. About 900m2: Exploring the Dimensions
A. The importance of a large-area facade (approx. 900 m2) in a water treatment plant
What are the patterns and trends in architecture related to large facade installations?
Several trends related to large facade installations are observed in architecture:
Sustainability and ecology: There is a growing interest in designing buildings that are more in tune with nature and use ecological solutions. Many new buildings are brighter, more economical and more comfortable than ever before.
Industrial style: This style, which was born in the 1940s, is now more intimate and flexible. In 2021, architects focused on expanding it, and the renovation of abandoned industrial buildings has become a popular trend.
Minimalism: In 2020, the minimalist style, due to its functionality, harmony and characteristic features – spacious balconies, panoramic windows, neutral shades of building facades – has become popular again.
Facade patterns: Pattern, motif, design or from English: pattern – repetition on the facade organizes the space. Homogeneous and clear patterns were once a hallmark of office architecture, but are now increasingly appearing on residential buildings because they have become fashionable.
New European Bauhaus: 2021 was marked by the New European Bauhaus, an initiative aimed at reshaping the way we live in the future. Among the main areas of focus are the relationship between humans and nature, sustainability and environmental protection.
Coronavirus pandemic: The coronavirus pandemic has affected architecture and design, changing our lifestyles and influencing design trends.
B. Visual Impact and Architectural Aspects of Such a Large Installation
VI. Two-Slab Facade: Variety of Facade Materials
A. Tubonit – large slab
B. Cedral – colored planks with wood grain texture. Wooden facade assembly.
Cedral is a fascinating board that adds colour to the façade. Its surface imitates the texture of the wood grain, which gives it a unique character.
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