Kiesel Servoflex DMS 1 K Plus SuperTec Flexible, Single Component, Self-Curing, Cementitious Waterproofing Membrane, 15 Kg, Flooring Underlayment for Indoor and Outdoor Walls and Floors, Gray, 80177

Servoflex DMS 1K Plus SuperTec is a highly versatile and efficient solution for waterproofing various surfaces, offering exceptional flexibility and durability. This single-component, cementitious membrane dries rapidly, allowing for expedited work processes with a waiting period of just 3 hours. As a single component without fibres, it provides a seamless application that is both flexible and capable of bridging over cracks, ensuring comprehensive protection. This cementitious waterproofing membrane provides a perfect solution for protecting against water damage. Ideal for use in internal, external, and submerged areas, Servoflex DMS 1K Plus SuperTec offers high coverage and stability, making it suitable for a wide range of construction projects. Its adaptability extends to composite sealing applications beneath ceramic coverings, further enhancing its utility in both new and old buildings. The self-curing properties of Servoflex DMS 1K Plus SuperTec contribute to its reliability and long-lasting performance. Its acrylic modification adds to its flexibility, allowing it to be applied as an intermediate waterproofing layer in various settings such as showers, swimming pools, bathtub surround, fountains, and balconies before tiling. Servoflex DMS 1K Plus SuperTec is a crack isolation membrane, providing structural support and water protection while preventing uncoupling substrate fractures from damaging wall and floor tile installations, including natural stone tile, ceramic tile, porcelain tile, granite tile, marble tile, glass tile, mosaic tiles, marble tile and installed using your choice of tile thinset mortar. Servoflex DMS 1K Plus SuperTec conforms to industry standards and can be seamlessly integrated into different substrates, including plasters, concrete, aerated concrete, lightweight concrete, and various types of screeds. It also provides thin structured uncoupling characteristics, reducing tensions and ensuring a stable base for subsequent layers.