ARDEX K 11 is a rapid hardening, free-flowing leveling and smoothing compound specifically designed to address a variety of sub-floor types, including cement/sand screeds, gypsum screeds, and concrete. This versatile product can be applied in a single layer up to a maximum thickness of 10mm, while still maintaining its excellent free-flowing properties even at thinner applications of just 2mm. Ideal for preparing uneven internal sub-floors before installing various floor coverings, ARDEX K 11 dries to a virtually tension-free layer. Under optimal conditions at 20°C, it allows for th
Latexplan Trade Fast is a two-part cement-based smoothing compound that comprises a grey powder (part A) made from special cements, graded silica sands, and additives, which is mixed with a synthetic rubber latex (part B). This compound can withstand foot traffic after approximately 60 minutes and is ready for floor coverings installation within 2½ to 3 hours, depending on the thickness and ambient temperature. It has a very low odour, making it suitable for use in confined spaces and inhabited areas where ongoing activities must continue. Additionally, Latexplan Trade Fast is moist
ARDEX X 60 PU FLEX is classified under the BS EN 12004 standard as an "Improved reaction resin adhesive with reduced slip for internal and external tiling." This two-part polyurethane adhesive is designed for fixing various tile types to challenging substrates, making it highly versatile for both indoor and outdoor applications. Its formulation is particularly effective on problematic surfaces such as GRP, steel, and polyester, as well as moisture-sensitive interiors like particle boards, plywood, plasterboards, gypsum fiber boards, fiber cement boards, and plaster slabs. Additionall
ARDEX X 78 S grey is a MICROTEC fibre-reinforced, ultra-rapid setting, cement-based floor tile adhesive that can be walked on and grouted within just 90 minutes. Formulated for superior adhesion and flexibility, it features a semi-pourable consistency that is ideal for fixing large format floor tiles. ARDEX X 78 S is particularly suited for fully vitrified or porcelain tiles, as well as glass mosaics, terrazzo, and other low-porosity tiles. Classified under BS EN 12004 as a C2 FE S1 adhesive, it offers fast setting, deformability, and extended open time. Its tensile adhesion strength
ARDEX FA 20 is a high-performance, fiber-reinforced compound designed for smoothing and leveling uneven floors. Using advanced MICROTEC technology, it quickly prepares new and existing surfaces for floor finishes. This versatile compound can be applied to a variety of surfaces, including timber floors, flooring-grade asphalt, and substrates with adhesive residues. Once applied, ARDEX FA 20 typically sets in about two hours at a temperature of 20°C, allowing for faster project completion.
ARDEX FA 20 can level and smooth uneven, dry internal subfloors in just one application. Itâ€
ARDEX K 40 HB is a versatile, fiber-reinforced, high-build levelling and smoothing compound designed for a wide range of applications, with thicknesses ranging from 3mm to 40mm. This advanced compound hardens rapidly, allowing for a swift turnaround in construction or renovation projects. It is suitable for use on most new and existing internal subfloors, including concrete, cement/sand screeds, anhydrite screeds, stone, terrazzo, ceramic tiles, and appropriate timber floors. ARDEX K 40 HB is particularly useful for levelling uneven, damaged, or rain-damaged in-situ concrete subfloor
£23.21 ex. VATARDEX K 11 is a rapid hardening, free-flowing leveling and smoothing compound specifically designed to address a variety of sub-floor types, including cement/sand screeds, gypsum screeds, and concrete. This versatile product can be applied in a single layer up to a maximum thickness of 10mm, while still maintaining its excellent free-flowing properties even at thinner applications of just 2mm. Ideal for preparing uneven internal sub-floors before installing various floor coverings, ARDEX K 11 dries to a virtually tension-free layer. Under optimal conditions at 20°C, it allows for th
