Fixing Inserts
1 of 2
Friction Welded Stud Anchor SS
SL-FW-A4
ETA-approved stainless steel stud anchor, corrosion-resistant, handles high loads. Ideal for cracked concrete, bridges, facades, and retaining wall applications.
Features
ETA Approved
European Technical Assessment ETA-16/0918 , valid for cracked and non-cracked normal-weight concrete.
High Capacity
Extensively tested with robust construction for high load capacity and reliable performance.
Design Software
Easy design the stud anchor in any application through the FixPro software.
Geometry

SL-FW-A4-M12-127
12
16
127
25
60
120
SL-FW-A4-M12-152
12
16
152
25
60
145
SL-FW-A4-M16-127
16
22
127
28
60
119
SL-FW-A4-M16-152
16
22
152
28
60
144
SL-FW-A4-M16-202
16
22
202
28
60
194
SL-FW-A4-M20-150
20
27
150
33
60
142
SL-FW-A4-M20-200
20
27
200
33
60
192
SL-FW-A4-M24-152
24
36
152
38
60
142
SL-FW-A4-M24-202
24
36
202
38
60
192
Load Data

SL-FW-A4-M12-127
L + Cnom
50
50
17.5
20.7
SL-FW-A4-M12-152
L + Cnom
50
50
17.5
20.7
SL-FW-A4-M16-127
L + Cnom
50
50
17.5
20.7
SL-FW-A4-M16-152
L + Cnom
50
80
34.6
48.9
SL-FW-A4-M16-202
L + Cnom
50
80
34.6
57.7
SL-FW-A4-M20-150
L + Cnom
50
80
38.9
47.9
SL-FW-A4-M20-200
L + Cnom
50
80
38.9
60.7
SL-FW-A4-M24-152
L + Cnom
70
100
79.1
47.9
SL-FW-A4-M24-202
L + Cnom
70
100
79.1
58
Hmin is calculated by: Socket length (L) + Concrete cover (Cnom) Cnom acc. to EN 1992-1 with Cnom ≥ 20 mm Intermediate values can be obtained by linear interpolation. Compressive forces on the anchors are not permitted. The above capacities assume no close edge distance, please refer to FixPro software for actual capacities given your installation parameters.
Materials
Socket
Stainless steel
Stainless steel according to EN 10088-2
Rod
Carbon steel
Steel grade according to EN 10025-2
Resources
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