Silicone render is an example of a thin coat finish. It is applied to the substrate at 6-8mm and so it is extremely flexible, preventing cracking. The renders come in a range of colours and finishes, taking away the need to paint or upkeep the face of your home. It's breathable surface allows water vapour to pass through it, also preventing damp. Silicone renders are also hydrophobic which enables it to be self cleaning. Photo showing 'Champagne White' For more information, please visit our suppliers website: https://ewistore.co.uk/what-is-thin-coat-render/

Our suppliers range of Silicone Renders come pre-coloured and have self-cleaning and anti-bio growth properties which means your colour will stay clean and bright for longer. The Silicone Renders are also UV resistant which helps prevent colour fade. Our supplier takes colour matching seriously and can match even the finest nuance of colour. Typically, we see our clients go for a classic off white colour.

Silicone render is highly water-repellent, making it ideal for areas that experience frequent rain or damp conditions. It allows moisture to escape from the building while preventing water from entering, reducing the risk of damp or mold inside. It is flexible and can adapt to temperature fluctuations without cracking. This makes it well-suited for buildings exposed to extreme weather conditions. Silicone render gives a smooth, breathable finish that maintains its color over time without fading significantly. It is also available in a wide range of colors and textures, so it can enhance the aesthetic of your building. One of the main benefits of silicone render is that it's breathable, meaning it allows moisture from the inside of the building to escape while preventing external water from entering. Silicone render is relatively low-maintenance compared to other renders. It resists dirt build-up and stains better than other types of render, so you won’t need to clean it as often.

EWI Pro silicone render systems are certified by the BBA to last at least 30 years.In general, silicone render is more durable than traditional renders and can last 25–30 years.However, several factors can affect its longevity such as application, climate, maintenance and vegetation.

Silicone render, also known as silicone-based render, is a modern type of external coating designed for use on buildings' exterior walls. It's known for its water-repellent properties, breathability, and ability to provide a durable, weather-resistant finish. However, whether it will solve your damp issues depends on the root cause of the dampness. If your damp issues are primarily due to external factors such as rainwater penetration, silicone render can help. It is designed to repel water, making it more resistant to rainwater absorption and helping to keep moisture out. If the dampness is caused by condensation (e.g., poor ventilation leading to moisture build-up on cold walls), silicone render might not be effective. While it is breathable, meaning it allows moisture to escape, it may not address the underlying problem of condensation. If the damp is caused by water rising through the building fabric from the ground (a common issue in older properties), silicone render alone is unlikely to solve the problem. Rising damp often requires a more comprehensive solution, such as installing a damp-proof course (DPC).

The cost of house rendering can vary based on several factors, including the type of rendering material selected, the size of your home, the current condition of the walls, accessibility for the rendering team, and whether any prep work is required before the rendering process begins. We offer a no-obligation quote tailored to your specific needs and property.

Yes silicone render can be carried out in the winter months however drying times will take longer due to the colder weather. We take more procautions such as water proofing the scaffold as best as possible and using accelerators within our products.

Rains Plastering is able to provide a manufacturers guarantee, however this is only against the product used. We prefer to use a written document stating that if there any problems with our render in the future we will come back rectify it free of charge. We are very confident in this render system.

Yes, silicone render can be cleaned and, in fact, regular cleaning is an important part of its maintenance. We recommend cleaning your silicone render annually to remove any dirt, grime, or environmental buildup. This can be done using a gentle pressure wash and a suitable detergent. Regular cleaning will help maintain the render’s appearance and ensure that its colour and finish stay vibrant. For buildings in particularly damp or shaded areas, it’s also a good idea to apply a fungicidal wash once a year. This helps prevent the growth of algae and other organic materials, while also protecting the render’s natural weatherproofing qualities. When your silicone render is applied, our team can provide you with full guidance on cleaning and maintenance, and we're always available for any questions you may have about caring for your building’s exterior.

Silicone render offers superior water resistance, breathability, durability, and low maintenance compared to traditional render systems, making it an excellent choice for modern buildings or those in damp climates. Traditional renders, while more affordable upfront, often require more maintenance and have less durability, especially in challenging weather conditions. The choice between the two will depend on factors like budget, building type, and desired longevity.

Silicone Render and K Rend are both types of external rendering systems, but they differ in terms of their composition, performance, and application methods. At Rains Plastering, we are approved contractors of EWI, and use all of their products. EWI (External Wall Insulation) is a UK-based company that specializes in providing external wall insulation (EWI) systems and products, as well as render solutions for buildings. The company is known for offering a range of insulation systems designed to improve the thermal efficiency of buildings, protect them from weather damage, and enhance their aesthetic appearance.