Hilti 500 V4/500 #2287554 Injectable Mortar

Injectable mortar HIT-RE 500 V4/500#2287554

• 1x Foil pack
• 1x Mixer RE 500 Sulzer assy
• 1x Mixer extension

Technical Data

• Approvals / test reports
  BZS/shock, ETA, Fatigue, Fire, Seismic
• Seismic loading
  Yes
• Fatigue loading
  Yes
• Fire resistance
  Yes
• PROFIS software
  Yes
• Storage and transportation temperature range
  5 - 25 °C
• Shelf life from date of manufacture (at 23°C and 50% relative humidity)
  12 months

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 – end anchorages with an acting moment can now be designed and executed with post-installed rebars without splices according to the latest update of design TR069 for static, seismic and fire loading for fire requirements up to 240 min
• Suitable for the toughest jobsite conditions – works even in diamond-cored, wet or underwater holes (depending on rod specification and approvals), 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 Reinforcing bar to design concrete-to-concrete connections according to EC2, TR069 or the Hilti Design Method

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