T‑Rex Power is a high-quality, neutral, elastic, one-component adhesive sealant based on SMX® Polymer with a very high initial tack. T‑Rex Power is a high-strength sealant/adhesive that can hold 320 kg per 10 cm² with a 1-second immediate grab. It is formulated for both sealing and bonding in the building and construction industry.
135TREXG
5411183102422
Flexible, multipurpose cementitious grout for grouting joints up to 20 mm wide between ceramic and porcelain tiles, porcelain stoneware, slabs, mosaics and natural stones. Water-repellent and anti-efflorescence with high colour-fast properties, keeps the joint full and even. For interiors and exteriors.
T‑Rex Power is a high-quality, neutral, elastic, one-component adhesive sealant based on SMX® Polymer with a very high initial tack. T‑Rex Power is a high-strength sealant/adhesive that can hold 320 kg per 10 cm² with a 1-second immediate grab. It is formulated for both sealing and bonding in the building and construction industry.
135TREXB
5411183118416
A dense, smooth, hard-wearing, flexible, polymer-modified, portland cement floor and wall grouting compound with resistance to mould and fungi growth for joints up to 5mm wide.
A fine-finish, dense, hard-wearing, waterproof, Portland cement, floor and wall grouting compound with resistance to mild chemical and acid attack for joints 2mm to 10mm wide.
A dense, smooth, hard-wearing, flexible, polymer-modified, portland cement floor and wall grouting compound with resistance to mould and fungi growth for joints up to 5mm wide.
A dense, smooth, hard-wearing, flexible, polymer-modified, portland cement floor and wall grouting compound with resistance to mould and fungi growth for joints up to 5mm wide.
A dense, smooth, hard-wearing, flexible, polymer-modified, portland cement floor and wall grouting compound with resistance to mould and fungi growth for joints up to 5mm wide.
A premium, water-resistant, flexible, rubber-based, fast-setting, cementitious adhesive for bonding ceramic and stone tiles to porous and non-porous surfaces subject to vibration and thermal movement.