Fixing Inserts
Friction Welded Stud Anchor Duplex
SL-FW-DUPLEX
Duplex friction welded stud anchors are formed in exactly the same process as our A4 variants, but manufactured from a higher strength class duplex stainless steel, giving superior corrosion resistance suitable for CRC IV applications.
Geometry
SL-FW-DUPLEX-M12-132
12
16
132
25
60
124
SL-FW-DUPLEX-M12-157
12
16
157
25
60
149
SL-FW-DUPLEX-M16-131
16
22
131
28
60
123
SL-FW-DUPLEX-M16-156
16
22
156
28
60
148
SL-FW-DUPLEX-M16-206
16
22
206
28
60
198
SL-FW-DUPLEX-M20-157
20
28
157
33
60
147
SL-FW-DUPLEX-M20-207
20
28
207
33
60
197
SL-FW-DUPLEX-M24-157
24
35
157
38
60
145
SL-FW-DUPLEX-M24-207
24
35
207
38
60
195
Load Data
SL-FW-DUPLEX-M12-132
L + Cnom
50
70
22.7
36
SL-FW-DUPLEX-M12-157
L + Cnom
50
70
22.7
36
SL-FW-DUPLEX-M16-131
L + Cnom
50
80
45
38.6
SL-FW-DUPLEX-M16-156
L + Cnom
50
80
45
50.9
SL-FW-DUPLEX-M16-206
L + Cnom
50
80
45
60.6
SL-FW-DUPLEX-M20-157
L + Cnom
70
100
73.6
50.4
SL-FW-DUPLEX-M20-207
L + Cnom
70
100
73.6
57.9
SL-FW-DUPLEX-M24-157
L + Cnom
100
100
98.9
49.4
SL-FW-DUPLEX-M24-207
L + Cnom
100
100
106
76.6
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. Super Duplex 1.4410 grade also available for CRC V requirements
Resources
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