R-TFIX-8SX / Universal facade fixing with plain screw
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EAN: | |
Brand: | Rawlplug |
Diameter: | 8 mm |
Plate diameter: | 60 mm |
The most effective screw-in facade fixing for countersunk installation with the possibility of surface mounting
Features and benefits:
- Quick and easy installation in all substrates (categories A,B,C,D,E)
- Installation with post-installed insulation cap R-TFIX-CAP reduces heat transmission and results in a homogenous insulation surface
- Plate stiffness (value 0.6 kN/mm) ensures smooth elevation surface and stable insulation system.
- Unique design allows for high load-bearing capacities. This reduces the quantity of fixings required per square metre of insulation
- The shortest embedment depth at the maximum strength parameters
- Countersunk installation possible with use of R-TFIX-TOOL-CS or additional R-KWX-063 plate with post-installed R-TFIX-CAP63 insulation cap and system bit R-TFIX-TOOL-BLACK
- Installation flush with the surface possible with use of R-TFIX-TOOL-BLACK system bit and post-installed R-TFIX-CAP15 insulation cap
- Pre-assembled screw saves time and labour
- Unique sleeve compression zone for precision installations
Base material:
- Concrete
- Solid Brick
- Solid Sand-lime Brick
- Vertically-perforated clay block
- Reinforced components of lightweight aggregate concrete
- Aerated Concrete Block
Installation guide:
- Drill a hole of required diameter and depth.
- Drilling depth of min 35mm in A,B,C,D materials and 75mm in Aerated Concrete Block.
- Clean drilled hole 3 times.
- Insert driver bit into recess in head moulding of R-TFIX-8SX screw.
- Insert the dowel into the drilled hole.
- When using the KWX-63 the teeth should be embedded in the insulation material after hammering.
- Embedment depth of min 25mm in A,B,C,D materials and 65mm in Aerated Concrete Block.
- Apply steady axial pressure, ensuring the disc of the setting tool is kept perpendicular to the fixing axis.
- Steadily drive in the screw with high revs until fixing is secure (when disc touches insulation surface)
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