Advanced Thin Coat Silicone Systems

Maximum flexibility and water repellency for modern architectural designs.

What We Do

Flexible Protection

Thin coat systems are silicone or acrylic-based and applied over a reinforced base coat containing fibreglass mesh. This "sandwich" construction provides incredible tensile strength, making it virtually immune to the hairline cracking often seen in traditional renders.
ECO Render Thin Coat Silicone Systems
Thin Cot Systems

The Science of High-Performance Silicone

While many render systems offer aesthetic appeal, our silicone thin coat systems are engineered for superior technical performance. By combining advanced chemical properties with reinforced application techniques, we provide a finish that protects the structural integrity of your building while maintaining a “just-finished” look for decades. This system is specifically designed to tackle the most common issues faced by UK property owners—cracking, organic growth, and weather-driven wear.

  • Unrivalled Crack Resistance: The high resin content within the silicone provides exceptional elasticity, allowing the render to move naturally with the building’s thermal expansion and contraction without fracturing.

  • Hydrophobic Self-Cleaning Technology: The surface is naturally water-repellent; rainwater simply beads off the facade, taking surface dirt and pollutants with it. This significantly inhibits the growth of algae and moss.

  • Advanced UV Stability: Our systems utilise premium pigments that are highly resistant to UV radiation, ensuring your chosen colour stays vibrant and resists fading, even on south-facing elevations.

  • Engineered for Coastal Environments: Given our location in North Wales, we highly recommend Thin Coat systems for properties in exposed or coastal locations where salt air and driving wind require a more resilient, flexible, and weather-tight finish.

ECO Render Machine Plastering & Rendering Specialist
why use thin coat systems

Versatility in Colour and Texture

One of the primary reasons architects and developers specify Thin Coat Silicone systems is the unparalleled aesthetic control they offer. Unlike traditional methods, these systems allow for a highly consistent grain size—typically ranging from 1.0mm to 3.0mm—resulting in a perfectly uniform, contemporary finish across even the most complex architectural shapes. Whether you are looking for a striking, ultra-modern white or a bespoke RAL-matched corporate colour, the finish is crisp, clean, and architecturally superior.

Protect Your Investment with High-Performance Silicone

If you are looking for a rendering solution that combines ultimate flexibility with a self-cleaning finish, our Thin Coat Silicone systems are the premier choice. At ECO Render, we provide expert application backed by manufacturer-approved quality to ensure your property remains crack-free and vibrant for decades. Contact our North Wales team today to discuss your project requirements or to request a nationwide site survey.

Our Services

Quality Plastering Services You Can Trust.

ECO Render Monocouche Rendering

Monocouche Rendering

A high-performance, weather-resistant finish with pigment integrated into the render. Enjoy a vibrant, low-maintenance exterior that eliminates the need for painting while protecting your property from the elements.
ECO Render External Wall Insulation (EWI)

External Wall Insulation (EWI)

Wrap your property in a thermal blanket to slash energy bills and improve your EPC rating. Our EWI solutions eliminate cold spots and draughts while transforming the aesthetic of your building’s facade.
ECO Render Spray Cork Coatings

Spray Cork Coatings

An eco-friendly, natural insulator made from granulated cork. This fire-retardant and water-resistant coating provides superior acoustic dampening and thermal performance for any substrate.
ECO Render Plastering Experts
Revolutionise your interior finishes with our high-pressure spray technology. Achieving a mirror-smooth result up to three times faster than traditional methods, it is the gold standard for modern construction.