This system provides a practical solution for repairing, filling, and levelling concrete and masonry surfaces by combining a polymer-modified bonding layer to improve adhesion and flexibility with a superfine cementitious mortar that can be used in two ways: first, as a filler to repair cracks, joints, and surface voids , and second, as a smooth levelling coat to correct surface irregularities and achieve a uniform, fair-faced finish before applying protective or decorative coatings. This system is typically used for restoring blockwork, plaster, fair-face concrete, and other cementitious surfaces, providing excellent bonding, reduced shrinkage, and long-term durability for both interior and exterior applications.

This system uses a high-performance, non-shrink cementitious grout designed for structural void filling, base plate grouting, anchoring bolts, and concrete jacketing works. The grout provides excellent flowability, high early and final strength, and dimensional stability to ensure complete filling of gaps and secure load transfer without shrinkage or voids. It is typically used for grouting beneath base plates, machine foundations, precast elements, columns, beams, and other areas requiring reliable structural support. Typical application thickness for the grout ranges from 20 mm up to 200 mm, depending on the size of the void or gap to be filled

This system provides a practical solution for repairing and levelling damaged concrete or masonry surfaces and for forming coves at wall-to-floor junctions to prevent water ingress and make cleaning easier. It combines a polymer-modified bonding layer to ensure strong adhesion with a high-strength, non-shrink repair mortar applied at typical thicknesses ranging from 5 mm up to 50 mm per layer for general patching and profiling. For coving work, a smooth radius fillet is formed with an average thickness of 20–40 mm at the junction to create a seamless, durable detail. This system is typically used for repairing spalled concrete, honeycombs, voids, and edges; profiling precast elements; and installing coves in wet rooms, basements, water tanks, industrial floors, or any area requiring durable waterproof detailing

This system provides a flexible and durable solution for repairing and sealing cracks and joints in concrete or masonry surfaces, using a polymer-modified primer to enhance adhesion and a high-performance non-shrink, waterproof cementitious mortar to fill and seal voids. The system is suitable for interior and exterior applications, ensuring excellent bonding, crack-bridging ability, and resistance to water ingress.

This system uses a high-performance, free-flowing, non-shrink cementitious grout designed for precision grouting and structural void filling beneath base plates, columns, machine foundations, and other structural elements. The grout provides excellent flowability, high early and final strength, and volume stability to ensure complete filling of gaps without shrinkage, segregation, or bleeding. Typical uses include grouting under precast elements, filling around anchor bolts and dowel bars, and providing uniform load transfer in structural supports. The grout is typically applied at thicknesses from 10 mm up to 100 mm, depending on the gap or cavity size and site requirements.

This system uses a two-component, low-viscosity epoxy resin specifically designed for structural anchoring and crack injection in concrete and masonry. The epoxy provides excellent bond strength, deep penetration into fine cracks, and strong adhesion to concrete, steel, and other construction materials. Typical uses include fixing rebar, anchor bolts, or threaded rods into drilled holes, injecting cracks to restore structural integrity, and bonding precast elements or structural components. The system ensures secure load transfer and long-term durability under static or dynamic loads. Recommended application depths and diameters vary by anchor size and load requirements.

This system uses a high-performance, solvent-free, two-component epoxy putty designed for surface filling, fairing, and sealing fine cracks or pinholes in concrete, masonry, or metal surfaces. The putty provides excellent adhesion, high mechanical strength, and easy application even on vertical or overhead areas without sagging. It is typically used to fill surface imperfections, seal joints, or smooth rough areas before the application of protective coatings, ensuring a durable, defect-free, and smooth finish.