50mm Autoclaved Aerated Concrete (AAC) is a lightweight masonry panel containing extremely small and finely dispersed air pockets within the material. The 50mm AAC panels are fixed to a structural frame, providing the substrate for an architectural monolithic modern render finish.
The M-TEX render system to AAC comprises of a polymer modified basecoat embedded with reinforcing fibreglass mesh for added strength and performance, then completed with M-TEX Platinum, a smooth acrylic-based coating that replicates a concrete panel finish.
Available in three concrete shades, Platinum is the perfect solution for achieving an architectural cementitious effect with performance over a lightweight cladding system
50mm Autoclaved Aerated Concrete (AAC) is a lightweight masonry panel containing extremely small and finely dispersed air pockets within the material. The 50mm AAC panels are fixed to a structural frame, providing the substrate for an architectural monolithic modern render finish.
The M-TEX render system to AAC comprises of a polymer modified basecoat embedded with reinforcing fibreglass mesh for added strength and performance, then completed with M-TEX Platinum, a smooth acrylic-based coating that replicates a concrete panel finish.
Available in three concrete shades, Platinum is the perfect solution for achieving an architectural cementitious effect with performance over a lightweight cladding system
50mm Autoclaved Aerated Concrete (AAC) is a lightweight masonry panel containing extremely small and finely dispersed air pockets within the material. The 50mm AAC panels are fixed to a structural frame, providing the substrate for an architectural monolithic modern render finish.
The M-TEX render system to AAC comprises of a polymer modified basecoat embedded with reinforcing fibreglass mesh for added strength and performance, then completed with M-TEX Platinum, a smooth acrylic-based coating that replicates a concrete panel finish.
Available in three concrete shades, Platinum is the perfect solution for achieving an architectural cementitious effect with performance over a lightweight cladding system