rough plaster profiles

Rough plaster profile is a building material used in the construction industry. It is used to support the first coat of plaster applied to walls or other surfaces during rough plastering and to create a smooth plaster surface.

Rough plaster profiles are usually made of galvanized steel and can be found in various types. These may include corner profiles, edge profiles and plaster carrier profiles. These profiles are used to hold the plaster and to ensure that the plaster is applied properly.

Rough plaster profiles play an important role in the preparation and smoothing of walls, ceilings or other surfaces in construction projects. During the plastering process, these profiles ensure the smoothness of the surface, sharpen the corners and support the surface to be durable.

Rough plaster profiles can be obtained from construction material stores or construction markets. It is important to choose the right rough plaster profiles depending on the project needs and the intended use.

Plaster angle iron is a building material used in the construction industry. It is used for reinforcement and protection of wall corners during plastering. Plaster angles are usually made of galvanized steel and can be found in various types.

Stucco brackets provide added strength to wall corners and reduce the risk of cracking or damage. It ensures smooth and sharp finishing of corners. It is important for the corners to be smooth and solid during the plastering process in terms of aesthetic appearance and durability.

Plaster brackets are used indoors and outdoors. It is used indoors for reinforcing wall corners during plastering. It is used outdoors to protect corners and increase durability in exterior plasters.

Plaster brackets can be obtained from building material stores or DIY stores. It is important to make a selection according to the project and to ensure the correct installation. Correct placement of plaster angles during plastering is important to create a smooth and durable plaster surface.

The thickness of the rough plaster can generally vary between 15 and 20 mm. However, the thickness of the rough plaster may vary depending on the project needs, surface conditions and application method.

During the rough plastering process, it is aimed to apply the plaster to the surface and spread it evenly. Plaster thickness is important for smoothing the surface, removing roughness and creating a smooth plaster layer.

In order to determine the rough plaster thickness to be used in the project, the thickness values specified in the project-specific specifications are generally used by the architect or structural engineer. These values may vary depending on the construction and application conditions.

During the rough plastering process, it is important to apply the plaster of appropriate thickness to create a smooth and durable plaster surface. Rough plaster application of appropriate thickness allows you to obtain a solid and aesthetic result.

Rough plaster is a building material that is frequently used in the building industry and in some cases, cracking problems may occur. Several possible reasons for the question of why rough plaster cracks can be:

1. Drying Process: The drying process of the rough plaster is important. Rapid or uneven drying can cause stresses on the plaster surface and lead to cracks. Therefore, the correct drying process and moisture control are important.

2. Incorrect Material Use: The quality and harmony of the materials used for rough plaster are important. Using the wrong proportions or poor quality materials can affect the durability of the plaster and cause cracking problems.

3. Surface Preparation: It is important to prepare the surface properly before rough plastering. A proper cleaning, smooth and smooth surface ensures adhesion and adhesion of the plaster. Plastering without surface preparation may increase the risk of cracking.

4. Structural Movements: Structures move naturally over time. Factors such as ground movements of the building, sliding of the ground, and structural deformations can cause stresses on the rough plaster and lead to cracks.

5. Uygulama Hataları: Kaba sıva uygulaması sırasında hatalar yapıldığında çatlama riski artabilir. Yetersiz sıva kalınlığı, düzensiz uygulama, yanlış malzeme kullanımı gibi hatalar, çatlama sorunlarına sebep olabilir.

In order to prevent cracking problems in rough plastering, it is important to choose the right materials, follow the correct application methods and provide the appropriate drying process. Compliance with building-specific specifications and professional advice is also an important factor.