- Description
-
Details
Fischer 518831 FIS SB 390 S styrene-free vinylester Superbond Injection Resin 360ml
- Extremely high load level in cracked and non-cracked concrete ensures maximum safety
- Variable anchoring depths optimise installation time and materials required
- Installation from -15 °C to 40 °C.
- ETA approval for cracked concrete and seismic loads.
- The fischer Superbond mortar FIS SB is a hybrid mortar based on styrene-free vinylester
- Silane technology enables extremely high bond strength and therefore also an extremely high load level
- The Superbond mortar FIS SB can be used with the system components, the anchor rod FIS A, the anchor rod RG M, as well as the reinforced threaded anchor FRA and reinforcement steel
- When using the internal threaded anchor RG M I, the fixing point can be removed when surface-flush
- The fischer Superbond mortar FIS SB is suitable, for example, for fixing system components within internal and external areas such as railings, noise barriers, or heavy steel structures.
- The injection mortar FIS SB achieves a really high load level thanks to its bond strengt
- Variable anchorage depths from 4x to 20x the threaded rod diameter enable perfect adaptation in line with the load to be applied, thus ensuring an optimised installation time and use of materials
- Top application temperatures of up to +150°C open up new usage areas for bonded anchors.
- The processing of the mortar is even approved down to a chilly –15°C.
- In combination with the internal threaded anchor RG M I, this product enables surface-flush removal and the reuse of the fixing point. This provides top flexibility
Supplied With:
- 2 X FIS MR Static Mixers
- Features
Features
Applications: Heavy steel constructions Silo installations Tall shelving Sound barriers Guard rails Staircases Suspensions of pipes, cable trays and suspended ceilings Temporary fixings, e.g. for machines Scaffold anchoring Building materials: Approved for anchorings in: Concrete C20/25 to C50/60, cracked and non-cracked Also suitable for: Natural stone with dense structure