ALUMINIUM BASE PROFILE

for fastening foam plastic and mineral wool boards in facade insulation systems by the “wet” method and protecting the lower edge of the thermal insulation material from mechanical damage.

• effective moisture removal from the facade insulation system;

• plaster layer protection against the formation of cracks between the base starting profile and the thermal insulation material;

• facilitating the even application of plaster on the house facade;

• protection of the lower part of the insulation structure boards from rodents, mechanical damage, and moisture influence;

• prevention of heat loss through “cold bridges”.

Aluminum Plinth Profile: Durability and Aesthetics for Your Facade

The aluminum plinth profile is becoming increasingly popular among builders and architects due to its unique properties such as high corrosion resistance, aesthetic appeal, and long service life. In this article, we will explore the main advantages and features of aluminum plinth profiles, as well as their application in modern construction.

What Is an Aluminum Plinth Profile?

An aluminum plinth profile is an essential element of exterior facade finishing used to protect the lower parts of walls. Made from aluminum, this profile not only provides physical protection but also adds architectural appeal to the building’s exterior.

Advantages of the Aluminum Plinth Profile

• High Corrosion Resistance
  Aluminum is one of the most corrosion-resistant metals, making it ideal for use in humid conditions and various weather environments. This ensures long service life without frequent maintenance or replacement.

• Lightweight and Easy Installation
  Aluminum profiles weigh significantly less than steel, simplifying the installation process and reducing transportation and labor costs. The lightweight nature also allows for the use of lighter fasteners and supports.

• Aesthetic Appearance
  Aluminum profiles are available in a wide range of colors and textures, giving architects and designers the freedom to choose the perfect solution for any facade style. Additionally, aluminum is easy to process, allowing for the creation of complex shapes.

Application of the Aluminum Plinth Profile

These profiles are ideal for use in residential, commercial, and industrial buildings. They effectively protect the foundation and lower wall sections from moisture, dirt, and mechanical damage.

Complementary Materials: Plaster Beacons and Corner Beads

To achieve a complete and professional plinth finish, plaster beacons and corner beads can be used. Plaster beacons help form smooth surfaces for plastering, while corner beads protect building corners from damage.

Purchase and Installation

Aluminum plinth profiles are available at specialized construction supply stores or can be ordered directly from manufacturers. It’s essential to choose a reliable supplier with a strong reputation for quality materials and service.

Conclusion

An aluminum plinth profile is an excellent solution for projects requiring durability, longevity, and aesthetic appeal. Thanks to its unique properties, this profile can significantly improve the quality and lifespan of exterior finishing, making it an ideal choice for modern construction.

The base profile serves as a support for fastening insulation boards in the thermal insulation system, which is executed by the “wet” method. The width of the supporting part of the profile must correspond to the thickness of thermal insulation boards. The profile should be fastened to the base of the house 50 cm below the basement floor, or 30 cm above the paving level. The side of the profile with large holes must be fastened directly to the facade, and the opposite side, with smaller holes, to the thermal insulation boards. The profile is fastened with dowels at a distance of 30 cm. It is also recommended to use plastic pads (compensators) for a closer adjoining to the surface. The ends of the profile edges are joined with the help of bracing elements. The gap between adjacent profiles should be no more than 2–3 mm. The profile is resistant to corrosion and can last at least 30–50 years.