Racking solutions with gratings
Whether gratings with angled Z-profile, back stop or locking mechanism, within the wide range of different grating types, we can offer the right product for every installation situation.
Characteristics
- higher fire safety
- sprinkler suitability
- direct locking of the gratings
- generally no additional fixing material necessary
- high flexibility in product planning
- optimum utilization of the height
- light and water permeability
- right solution for each situation
| Material | Surface | Bearing bar thickness | Bearing bar height | Bearing bar spacing | Cross bar spacing |
| Steel S235 | untreated | 1,5 -3 mm | 25-50 mm | 33,33 mm | 33,33 mm |
| Steel S275 | galvanized | 44,44 mm | 44,44 mm | ||
| Steel S355 | galvanized + coated | 66,66 mm | 66,66 mm | ||
| Stainless Steel | pickled | ||||
| Aluminium |
FLUSH FITTING SOLUTIONS
Angled Z-Profile
Angled Z-Profile
Binding in direction of cross bar standardized with Z-Profile 50/21/12/2 mm as angled bracket
+ optimum utilization of the height
Back stop
Back stop
Binding in direction of cross bar standardized with Z-Profiel 50/21/12/2 mm and additional upstand as back stop
+ sliding goods are prevented
ZU-Profile
ZU-Profile
Binding in direction of cross bar with ZU-Profile 20/70/20/2 mm (alternative with 40 mm edging)
+ additional safety by locking at the supports
Fire Baffles
Fire Baffles
Binding in direction of cross bar standardized with Z-Profile and fire baffles
+ higher fire safety (prevents chimney effect)
OVERLAY SOLUTIONS
Locking mechanism
Locking mechanism
Binding in direction of cross bar with a deep binding bar +15 mm above bearing bar height as a locking mechanism
+ direct locking mechanism in the rack
Double Locking Mechanism
Double Locking Mechanism
Binding in direction of bearing bar with deep binding bar +15 mm above bearing bar.
Binding in direction of cross bar with deep binding bar generally +10 mm or +15 mm above bearing bar including 2 cut outs with 56 x 15 mm as additional locking mechanism
+ double locking mechanism
