The selection of materials and systems for building exteriors is an important aspect of both aesthetics and functionality. A novel approach that is becoming more and more well-liked is Rockwool’s wet facade system. The capacity of this system to improve moisture management and insulation makes it stand out. These two factors are essential for preserving a cozy interior atmosphere and safeguarding the structural integrity of buildings.
The main component of the Rockwool wet facade system is the direct application of a layer of Rockwool insulation boards to a building’s exterior walls. These boards have a unique design that prevents water intrusion and efficiently blocks heat loss. Over time, this dual functionality lowers heating and cooling expenses while also increasing energy efficiency.
The Rockwool wet facade system is made to efficiently control moisture, in contrast to conventional facade systems. The controlled absorption and evaporation of water aids in preventing the accumulation of moisture within the walls. This feature is especially helpful in humid or frequently rainy climates, where controlling moisture content is essential to avoiding mold growth and structural damage.
Additionally, the Rockwool wet facade system allows for design flexibility. It allows architects and designers to create visually pleasing facades with flexibility, as it can be tailored to suit a variety of building types and architectural styles. Utilized in both new construction and renovation endeavors, this system enhances the overall look and functionality of buildings.
What is a wet facade system Rockwool
There are multiple layers in the Rockwall system for wet facades:
- Thermal insulation. Foamopolisterol, with density parameters 16-17 kg/m3.
Take note! The heat engineering calculation is performed to ascertain the thickness of the heat-insulating material.
- Reinforced – alignment of the carrier wall, fixing thermal insulation plates. Serves as the basis for the outer layers, includes the adhesive composition and the reinforcing fiberglass, characterized by a stable effect of alkaline substances.
- Finish – the protection of the system, the creation of decorative elements. For the creation, use a rockvol for the facade for plaster: silicate, silicone, mineral.
Mineral-dyed and painted. Suggested for use with seokens attacks.
Crucial! Prior to beginning construction, the quantity of material needed is precisely determined, and the system elements’ compatibility with respect to the parameters (thermal expansion, frost resistance, water resistance, and vapor permeability) is examined.
Pros and cons.
Rockwool’s plaster facade is distinguished by its exceptional density and resilience to mechanical harm. It doesn’t get smaller for a while:
- Insulating properties. The product retains heat, does not miss sounds;
- High energy efficiency – optimal microclite conditions are preserved throughout the year;
- Saving on cost when laying walls;
- Resistance to deformation, mechanical destruction, does not shrink;
- Characterized by water -repellent properties;
- The product makes it possible to breathe walls, excludes the accumulation of condensate between the base, warming material.
- Location in any direction.
- Simplicity in installation, it is easy to build on your own.
- Inertia – the fungus, mold is not formed, the material does not rot, it is not damaged by rodents;
- Resistance to fire;
- High degree of environmental safety;
- Affordable cost.
Toxic substances are not released while the machine is working. There is a small amount of moisture absorption. The material’s functionality does not reflect this. Even after 20 years, the traits remain the same.
No drawbacks. Adaptable to weather and suitable for isolating residential buildings and industrial facilities.
Routing
There is a technology map available to make using building supplies and solutions easier. The technological card will assist with solution preparation, tool and equipment selection, etc. This section outlines the steps involved, highlights key ideas, and provides advice on how to prepare compositions.
| No | Operation | Description | Materials |
| 1. | Preparatory work of the walls | Cleansing with brushes from dust particles, dirt.The disposal of excess construction mixture, lubrication for formwork, fat spots, etc. substances that reduce adhesion of adhesive composition at the base.Removing heights, cement and lime plaque.Removal of fungi, moss, mold mushrooms with treatment with an antiseptic composition.Alignment of irregularities, filling out flaws.Removing fragile sections of the base.Processing with a primer to fix the base and reduce water absorption. It is possible to dilute fluid. The primer is applied for the saturation of the base, the formation of the film is not allowed. The application of an additional layer is possible after 5 hours, depending on the porous structure of the base. | Polymer-cement and cement-sand solutions. Antiseptic Graceful Penetration Composition |
| 2. | Installation of a basement | Mounted at an altitude of 60 cm above the ground.Fixed with dowel, step width – 30 cm.The basement is connected by special elements.Alignment by the compensator of irregularities | BELLENT TABEL DUBEL ELECTIONS COMPLENCE OF NECUMENTIONALLY |
| 3. | Gluing heat -insulating plates | Preparation of the solution.The composition is sent to the prepared container with the desired amount of water. The adhesive composition is slowly introduced, constantly stirred with a mixer drill until a homogeneous consistency is obtained, without the formation of lumps. The resulting solution is maintained for 10 minutes, after which it is mixed, used for its intended purpose. The thickening solution is not diluted, you can dilute with water, make a new. Hold the mixture in a warm room. The adhesive composition is slowly covered in a container with clean water, it is constantly stirred. The solution is kept for 10 minutes, mixed again, used as intended. Estability time – half an hour. A freshly prepared solution is stored in a thermal insulation container. The temperature should not be lower than 0 ° C. | Glue composition for the Ministry of Plutches (glue/base plaster composition). |
The Rockwool wet facade system is a reliable way to improve the resilience and energy efficiency of building facades. Improved thermal performance can be achieved by buildings by incorporating Rockwool’s insulation materials into facade constructions, which lowers energy consumption for heating and cooling.
Superior mineral wool insulation boards are fitted straight onto building exterior walls as part of Rockwool’s wet facade system. This configuration reduces noise transmission from outside to inside spaces and improves acoustic qualities in addition to offering superior thermal insulation.
The capacity of Rockwool’s wet facade system to efficiently control moisture levels is one of its main benefits. Because the mineral wool material is vapor-permeable, liquid water cannot enter while water vapor can. This feature keeps mold and mildew from growing, which contributes to the maintenance of a dry and healthy indoor environment.
Moreover, the fire resistance of the Rockwool wet facade system is well known. Because the mineral wool insulation boards are non-combustible, they increase a building’s overall fire safety and give residents peace of mind.
To sum up, the wet facade system from Rockwool is a dependable option that can enhance the longevity and performance of building facades. By prioritizing energy efficiency, acoustic comfort, moisture control, and fire safety, this system not only satisfies but surpasses the requirements of contemporary building codes.
Learn about the Rockwool Wet Facades system, a cutting-edge approach that improves the insulation and visual appeal of buildings. Using high-performance insulation materials from Rockwool, this creative system creates a breathable, energy-efficient barrier against heat and moisture. The Rockwool Wet Facades system protects buildings from the elements while also improving their appearance by fusing durability and design flexibility. Learn about the main features of this system, how it operates, and why updating your residential or commercial property with it is a sustainable option.
