Concrete crack injection is a crucial process for repairing and preventing further damage to concrete structures. This technique involves filling cracks with a specialized resin that bonds the concrete back together, ensuring durability and longevity. By addressing cracks promptly, you can maintain the integrity of your surfaces and avoid costly repairs down the line. Trust our experts to provide efficient and reliable concrete crack injection services tailored to your needs.

A tendon truncation is a specialist process where a new epoxy-based anchorage is formed within an existing post-tensioning tendon. The anchorage zone is carefully engineered and reinforced to achieve performance comparable to a proprietary cast-in-place anchorage system. This method allows for the effective termination or modification of post-tension systems in existing structures without the need for full replacement, ensuring structural integrity is maintained. Using high-strength epoxy materials and precise installation techniques, the process restores load transfer capability while providing long-term durability and protection against corrosion and environmental exposure.

We conduct comprehensive pull off testing to assess the adhesion strength of carbon fibre reinforcements, ensuring the highest quality and performance.scription

Remtec can provide comprehensive engineering solutions from start to finish for any project. Our expert engineers are solely dedicated to delivering quality results, ensuring every detail is managed. Whether it's design, development, or implementation, we are here to guide you through the entire process. Trust us to bring your vision to life with precision. description

Shear anchors using specialised fasteners are engineered connection systems used to transfer shear forces between new and existing structural elements, ensuring they act as a single, integrated unit. Installed into drilled concrete substrates, these fasteners can be mechanically fixed, chemically bonded using high-strength epoxy resins, or designed as hybrid systems that combine both methods for enhanced performance. Once installed, they provide a reliable load path that prevents sliding or separation at the interface between materials, restoring structural continuity and improving overall shear capacity. Commonly used in concrete remediation and strengthening works, shear anchors are essential in applications such as slab overlays, beam and column upgrades, and structural repairs where dependable load transfer and long-term durability are critical.ription