### Product Overview The Epoxy mortar FIS Ep Plus 585 Economical Chemical Fischer represents the pinnacle of modern fastening technology, engineered by Fischer—the globally recognized German leader in anchoring systems. Designed specifically for structural engineers, professional contractors, and construction specialists, this premium injection mortar delivers unprecedented holding power and safety across a multitude of structural anchoring scenarios. By utilizing an advanced chemical resin formulation, it creates a chemical bond between the threaded rod or rebar and the substrate, eliminating mechanical expansion stresses and enabling secure anchoring even in close-to-edge and tight-spacing configurations. ### Key Engineering Features & Advantages * **Maximum Load-Bearing Capacity:** Engineered to withstand extreme static and dynamic loads, ensuring the long-term structural stability of heavy attachments. * **Stress-Free Anchoring:** Unlike mechanical expansion anchors, this chemical mortar bonds through adhesion, preventing radial stresses in the concrete and protecting the base material from cracking or spalling. * **Broad Substrate Compatibility:** Certified and proven for effective deployment in cracked and non-cracked concrete (C20/25 to C50/60), solid brickware, calcium silicate brick, and aerated concrete. * **Superior Environmental Resistance:** Highly resistant to moisture, chemical attack, alkali exposure, and temperature fluctuations, making it ideal for both interior and harsh exterior environments. * **Optimized Cartridge System:** The coaxial or side-by-side cartridge design guarantees precise, volumetric mixing when extruded through a Fischer static mixer, eliminating guesswork and minimizing material wastage. ### Technical Specifications & Material Properties This professional chemical anchoring formulation is designed for rapid curing without sacrificing working time. When extruded, the resin and hardener components interact within the static mixer nozzle to form an exceptionally dense, high-modulus mortar matrix. It is compatible with standard metric threaded rods (such as Fischer FTR), internally threaded anchors, and post-installed reinforcing steel bars. The formulation is rigorously tested against international construction standards, carrying approvals such as European Technical Assessment (ETA) for concrete and masonry, ensuring complete regulatory compliance on commercial and industrial job sites. ### Application Areas & Use Cases The versatility and immense bond strength of the Epoxy mortar FIS Ep Plus 585 Economical Chemical Fischer make it the go-to solution for critical construction and structural retrofitting applications, including: * **Heavy Structural Steelwork:** Securely anchoring steel columns, structural beams, mezzanine floors, and crane rails to concrete foundations. * **Post-Installed Rebar Connections:** Extending existing concrete slabs, columns, and walls with reliable doweling connections that match the load performance of cast-in-place reinforcement. * **Infrastructure & Safety Barriers:** Installing highway crash barriers, bridge railings, sound attenuation walls, and overhead signage supports. * **Industrial Machinery Mounting:** Anchoring vibrating machinery, hydraulic presses, and robotic manufacturing cells without risk of anchor loosening. * **Architectural Facades & Canopy Fixings:** Fastening external structural glazing brackets, heavy stone cladding supports, and steel staircases. ### Installation Guide & Best Practices To achieve certified bond strengths, strict adherence to proper installation protocols is paramount: 1. **Drilling:** Drill the borehole to the specified diameter and embedment depth using a rotary hammer drill. 2. **Borehole Cleaning (Crucial Step):** Thoroughly clean the hole using a four-step cleaning process: blow out with compressed air or a Fischer blow-out pump, brush with a steel wire brush, blow again, and brush again. Dust and debris reduce holding power by up to 50%. 3. **Resin Injection:** Attach the static mixer nozzle to the cartridge and discard the first few pulls of unmixed resin until a uniform color is achieved. Inject the mortar starting from the bottom of the borehole, filling it to approximately two-thirds capacity. 4. **Anchor Insertion:** Push the threaded rod or rebar into the filled hole with a slow, twisting motion until it reaches the bottom of the hole. Visually verify that excess resin beads uniformly around the anchor opening. 5. **Curing & Loading:** Allow the chemical mortar to cure completely according to the ambient temperature guidelines stated on the cartridge before applying the tightening torque or attaching structural loads.