Injectable mortar HIT-RE 500 V4/500

Injectable mortar HIT-RE 500 V4/500 Features Ultimate performance and model code-compliant design for virtually any concrete-to-concrete and steel-to-concrete connections ETA assessment for anchoring inc. C1 and C2 seismic and ETA for rebar inc. fire and seismic The first epoxy mortar qualified according to EAD 332402-00-0601 for concrete-to-concrete connections rigid connections can now be designed and executed with post-installed rebars without splices according to the newest design method TR069 Suitable for the toughest jobsite conditions works even in diamond-cored, wet or underwater holes, extremely deep injections, large diameters and at temperatures down to -5 °C / 23 °F Improved bond strength in the most demanding applications such as cracked concrete and seismic C2 conditions Easier to specify and order use PROFIS Engineering to design baseplate connections and PROFIS Rebar to design concrete-to-concrete connections according to EC2, TR069 or the Hilti Design Method UKCA UKCA Products in this group are generally suitable for seismic loading. Products in this group have a published fire resistance rating. Products in this group are generally suitable for fatigue loading. Applications Structural connections with post-installed rebar (e.g. slab extensions, wall/column connections, stairs, foundations, etc.) Structural renovation of buildings, bridges and other civil works, retrofitting and re-strengthening of concrete members Anchoring structural steel connections (e.g. steel columns, beams, etc.) Fastening structural baseplates, including in cracked concrete and challenging seismic conditions Fastening in natural stone and wood, including GLT and CLT made from spruce, pine or fir Show all Technical data Approvals/test reports BZS/shock, ETA, Fire, Seismic Seismic loading Yes Fatigue loading Yes Fire resistance Yes PROFIS software Yes Clean-Tec No Storage and transportation temperature range 5 - 25 °C Shelf life from date of manufacture (at 23 °C and 50% relative humidity) 12 months