Ceresit CT76 Solar Protect Silicone Elastomer Render 1.5mm Grain (stone texture) - 25Kg

Ceresit CT76 Solar Protect Silicone Elastomer Render 1.5mm Grain (stone texture) - 25Kg

Ceresit CT76 Solar Protect is a high-performance, silicone elastomer-based render designed for use as a facade finish in Ceresit Ceretherm systems for the thermal insulation of external walls. Formulated with a 1.5mm grain size, this render creates a subtle stone-like texture that adds visual interest and depth to the building's exterior. Recommended for use in complex Ceresit Ceretherm systems, Ceresit CT76 Solar Protect is an ideal choice for the thermal insulation of external walls, particularly when paired with polystyrene boards or mineral wool. Its silicone elastomer composition provides excellent weather resistance, flexibility, and durability, ensuring the facade remains protected from the elements for years to come.

Its solar reflective properties help to reduce heat absorption, contributing to improved energy efficiency and a more comfortable indoor climate. Additionally, the render's high water vapour permeability allows the wall to "breathe," preventing the buildup of moisture and the associated risk of mould or mildew. Ceresit CT76 Solar Protect is easy to apply and can be trowelled or sprayed onto the surface, ensuring a smooth, even finish. Its versatility and performance make it an excellent choice for a wide range of residential and commercial projects, from new builds to renovation work.

Assumed consumption: from 2.1 to 2.5 kg/m2, depending on way render is applied, the skill of the renderer and substrate underneath.

Note: Please contact to choose colour

CHARACTERISTICS

• Silicone-elastomer based render for facade applications
• 1.5mm grain size creates a subtle stone-like texture
• Recommended for use in Ceresit Ceretherm thermal insulation systems
• Suitable for use with polystyrene boards or mineral wool
• Excellent weather resistance, flexibility, and durability
• Solar reflective properties help reduce heat absorption
• High resistance to UV
• High water vapour permeability allows the wall to "breathe"
• Features double dry technology for enhanced drying and curing
• High colour stability
• Easy to apply by trowelling or spraying
• Versatile for use in a wide range of residential and commercial projects
• Contributes to improved energy efficiency and indoor comfort
• Self-cleaning - highly resistant to dirt
  
• Available in the full range of Ceresit Colours of Nature and Intense

APPLICATION

• For making thin-layer renders on external insulation systems, concrete substrates, traditional plasters, gypsum substrates and chipboards, gypsum cardboards, etc.

How to use

• Ensure the substrate is clean, dry, and free from any loose particles or contaminants.
• Apply a primer coat of Ceresit CT16 or CT17 to the surface, as recommended by the manufacturer.
• Mix the Ceresit CT76 render thoroughly with a low-speed electric mixer until a smooth, homogeneous consistency is achieved.
• Apply the render to the surface using a stainless steel trowel, spreading it evenly to the desired thickness of 1.5mm.
• Once the initial layer has been applied, use a plastic float or sponge float to create the desired stone-like texture.
• The render benefits from Ceresit's double dry technology, which enhances the drying and curing process.
• Allow the render to dry for at least 24 hours before applying any subsequent coatings or finishes.
• Ensure adequate ventilation and avoid direct sunlight or strong winds during the drying period.
• The render will fully cure within 2-3 days, depending on environmental conditions.

CERTIFICATIONS

• Complies with the requirements of ETAG 004 (Guideline for European Technical Approval of External Thermal Insulation Composite Systems with Rendering)
  
• Approved for use in Ceresit Ceretherm systems for the thermal insulation of external walls (ETICS)

Ceresit CT76 Solar Protect meets the necessary European standards and guidelines for external render systems, ensuring its suitability and performance for facade applications in thermal insulation systems.