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Different Types of Stone Facades and Cladding

Oct 24, 2022
Different Types of Stone Facades and Cladding

If you are planning to build a home There are various kinds of facades and claddings available. These include Vega cladding, Slate cladding, Natural stone veneer, and Manufactured stone cladding. It is important to select an cladding that complements the exterior of your house or building, as it will make the building appear sleek and stylish.

Vega cladding

Vega is a company who recognizes the need for stone cladding, and has come up with innovative technology. These cladding wall systems are available in various designs, styles and thicknesses. They can be used both outdoors and inside buildings. They are usually attached using an independent rail or clamp system.

Apart from their aesthetic appeal stone facades provide many practical advantages. They can increase the resistance of buildings to temperature fluctuations, and also shield them from the elements. But, it’s important to regularly maintain stone facades and avoid the oxidation of the stone.


There are two main types of stone facades or cladding: traditional and modern. Both styles have the same purpose, which is to add beauty and strength, to a building. However, some stone facades possess distinctive characteristics. Here are a few examples. Some buildings can have several stone cladding designs on the same facade, whereas others may only feature one type.

The style of stone cladding on a façade can alter the complexity of a building’s appearance. The appearance of a facade is affected by its stone cladding, or window arrangement. Complex facades might not appeal to some viewers, while those with simple facades could be more attractive.

Natural stone veneer

Modern and traditional stone facades and claddings can add style and character to any building. They are versatile options for exteriors due to their many colours and textures. Natural stone products are popular for facades. Granite is well-known for its heat resistance which makes it a great option for high-rise buildings. Other options include limestone that can be carved into intricate designs or stained to create patterns. It has been used in building projects of historic significance for centuries.

Natural stone facades come with many benefits, including longevity and a natural look. Stone facades can aid in reducing the energy use of buildings by creating a timelessand attractive appearance. In addition natural stone will not fade in direct sunlight, and can help reduce the rate of heat absorption in a building.

Manufactured Stone Cladding

It is essential to choose the right stone and the appropriate thickness when cladding stone facades. The choice of stone that is soft may not be suitable, and a stone that is too hard is not the best choice either. It is essential to take into consideration the durability of the stone and maintenance requirements. Stone should be fire-rated, non-combustible, abrasive, and have the lowest U.Value. It is also important to keep the stone clean since it may become slippery due to oxidizer deposits.

Natural stone cladding is an alternative option. It is popular due to its heat-resistant properties. cladding cleaning makes it an ideal option for high-rise buildings. Natural stone can be stained to give an appearance that is more natural and also painted for protection against moisture. It is also created into intricate designs. It is a remarkably versatile material that has been used for many years in the construction of structures of historic importance.

Continuous insulation systems

Continuous insulation systems can be employed to enhance the aesthetics and increase the energy efficiency and durability of buildings. They can cut down on energy consumption, increase the comfort of occupants, and boost the value of the property in the future. Continuous insulation systems create superior protection against the elements and help protect and improve the appearance of a traditional stone facade or contemporary cladding.

Traditional roofing nails and staples can’t be used to attach laths to continuous insulation systems. The insulation layer creates a force that is larger than the force exerted on the wall. A stronger lath fastener is required. There are a myriad of alternatives that are affordable and durable. Many industry associations offer reference guides that explain how to create plaster assemblies that can be used in conjunction with continuous insulation systems.