- Engineering. Made in Germany.
- SPAX - we care.
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- 155 x 50 x 40 x 3,0 mm - R 13 mm (1)
- 200 x 40 x 40 x 2,0 mm - R 14 mm (1)
- 300 x 40 x 40 x 2,0 mm - R 14 mm (1)
- 240 x 120 x 55 x 2,0 mm - L 18 x 26 mm (1)
- 400 x 40 x 40 x 2,0 mm - R 14 mm (1)
- 280 x 120 x 55 x 2,0 mm - L 18 x 26 mm (1)
- 90 x 35 x 40 x 3,0 mm - R 11mm (1)
- L 14 x 26 mm, 114 x 55 x 20 mm (1)
- 40 x 43 x 10 mm - R14 mm (1)
- L 18 x 26 mm, 114 x 55 x 20 mm (1)
- 340 x 63 x 60 x 3,0 mm (1)
- 440 x 63 x 60 x 3,0 mm (1)
- 540 x 63 x 60 x 3,0 mm (1)
- 50 x 56 x 10 mm - R 18 mm (1)
- 142 x 93 x 60 x 2,0 mm - R 14 mm (1)
- 280 x 122 x 40 x 2,0 mm - R 14 mm (1)
- 340 x 182 x 40 x 2,0 mm - R 13 mm (1)
- 400 x 123 x 40 x 3,0 mm - R 17 mm (1)
- 110 x 35 x 40 x 3,0 mm - R 11 mm (1)
- 130 x 35 x 40 x 3,0 mm - R 11 mm (1)
7 Products
The SPAX tie rods
What are the challenges for fastening?
Tie rods are called tie rods because the base plate and thus the anchorage in the subsoil are stressed to pull out. A tie rod therefore primarily needs a stable base plate, which is reinforced if necessary by an additional pressure plate. The tensile force to be absorbed in the long leg is absorbed in the long leg by the fasteners such as SPAX grooved nails or SPAX wood connector screws and dissipated into the tie rod. The height of the pick-up tensile load capacity of the tie rod is therefore a question of the leg length, the hole pattern and the degree of nailing.
What solutions does SPAX offer?
Our four tie rod variants offer the optimum ratio of compact design and maximum load capacity for every installation situation. The planner or fabricator can easily configure a special fastening solution by selecting the right size and using the sometimes optional printing plates. Interlayers made of chipboard or OSB boards are also possible for the use of our tie rods. Since the necessary SPAX groove nails and SPAX wood connector screws also come from our company, we have an optimally coordinated system. So you are always on the safe side with the SPAX tie rods.
