Fischer FIS V 360 S Heavy Duty Chemical for Cracked Concrete and Wall Anchoring

The Fischer Injection Mortar FIS V 360 S, with the Art.-No. 559131, is a versatile and high-performance solution for anchorings in cracked concrete and masonry. Here are the key features and advantages:

Top Features:

1. Universal Approval: First injection mortar system worldwide with approval for all relevant building materials.
2. Maximum Load Absorption: Provides maximum load absorption for increased security.
3. System Accessories: Offers an extensive range of system accessories.
4. ETA Approval: Holds ETA approval for reinforcement connection.
5. Expansion-Free Fixing: Allows for expansion-free fixing for small spacings and edge distances.

Advantages/Product Description:

1. Versatile Application: FIS V is a universal injection mortar suitable for anchorings in cracked and non-cracked concrete, masonry, and rebar connections.
2. Variants for Different Needs:
   • FIS VW HIGH SPEED: Shorter hardening time for swift progress, even at low temperatures.
   • FIS VS LOW SPEED: Extended processing time, ideal for large drill hole depths and higher temperatures.
3. Extensive Accessories: A wide range of accessories tailored to the FIS V family enhances system flexibility for diverse applications.
4. Universal All-Rounder: The styrene-free vinylester-hybrid mortar is approved for fixings in perforated brick, solid brick, concrete, and aerated concrete.
5. Approved System Components: Utilizes approved system components such as anchor rods, anchors with internal threads, injection anchor sleeves, for fixings in concrete, aerated concrete, and masonry in both internal and external areas.
6. Multiple Applications: Used with approved system components for rebar connections, the Fischer remedial wall tie VBS 8, and the TherMax stand-off insulation system.

The Fischer Injection Mortar FIS V 360 S stands out as a reliable and versatile solution for a wide range of anchoring applications, providing safety and flexibility in demanding construction scenarios.