Textured spray plastering (spack)
Optimal Finish with Textured Spray Plastering:
Fast, Sleek and Durable
Fast, Sleek and Durable
Plaster spraying offers a combination of speed and style for walls and ceilings.
This durable technique, suitable for various surfaces, eliminates the need for painting and provides a cost-effective, sleek finish.
Dive into the world of this modern finishing method.
Textured spray plastering, often simply called “spack”, is a specific method of wall and ceiling finishing that uses a spray machine to apply the plaster material. The result is an even, sleek surface with a characteristic fine or coarse grain structure. This type of finish is often chosen for the speed with which it can be applied and the durability of the result. In addition, it is often a cost-efficient choice because in most cases the surface no longer needs to be painted after spraying. Plaster spraying can be applied to almost all flat, stony, mineral surfaces. The end result is both functional and aesthetically pleasing and can give a room a modern and fresh look.
What are the advantages of spray plastering?
Textured spray plastering allows larger surfaces to be finished in a shorter time compared to traditional stuccoing. This makes it ideal for projects where time is a crucial factor.
Depending on the requirements, the grain size of the plaster spray can be adjusted to vary from fine to coarse, which offers different textures and appearances.
Plaster spraying allows walls to “breathe”, which helps regulate moisture and prevent mould formation.
When choosing between stuccoing or spray plastering for walls and ceilings, the cost aspect is an important consideration.
In general, spray plastering is often cheaper than traditional stuccoing.
This is due to the speed and efficiency with which spray plastering can be applied, resulting in lower labour costs. In addition, spray plastering usually requires less post-processing, which further contributes to cost efficiency.
However, final costs may vary depending on such factors as the complexity of the project and the condition of the subsurface.