Fixed Bollard - Withstands impact from a 7.2-ton truck at 48 km/h. The ALE-F25-100 7548 fixed bollard by AMCO is 25 cm in diameter and 1 m in height above ground. The anchoring is optimized in a 49 cm deep beam, with an 8 cm reservation between the top of the mass and the finished level to integrate a suitable floor finish. Its resistance is certified by crash test according to ISO 22 343-1: the bollard stops a 7.2-ton truck traveling at 48 km/h without deformation of the bollard and without vehicle penetration. Standard finish in RAL steel with flat top to seal, many configurations are possible: stainless steel cladding, seaside treatment, LED integration, or custom cladding.
- Multiple finishes available (RAL, Stainless Steel, lighting)
- 8 cm reservation above the mass for floor finish
- Bollard remains intact after crash test
- Customizable
- Optimized anchoring in a 49 cm deep beam
Standard Features:
• Cylinder:
• Steel version:
• Steel cylinder treated by cataphoresis and epoxy powder Ø 25 cm - height 100 cm with removable flat top to seal
• Finished with a 4 mm thick steel disc to seal on top of the bollard
• Stainless Steel version:
• Steel cylinder treated by hot-dip galvanization clad with a microblasted stainless steel shell Ø 25 cm - height 100 cm
• Integrated sling device in the bollard
Optional Equipment:
• Microblasted stainless steel cladding
• Adjustment feet
• Retroreflective band
• Brushed stainless steel finish gr 220
• Paint with seaside treatment
• Light band
• Custom cladding
Finishes: RAL 7016 steel color
Cylinder dimensions above ground (H-diam): 1000 mm / 250 mm
Resistance: 640,000 J
Height: 100 cm
Diameter: 25 cm
ISO 22 343-1 standard
Technical Characteristics/Specifications:
- Type: Fixed security bollard
- Diameter: 25 cm
- Height above ground: 100 cm
- Anchoring: 49 cm deep beam
- Floor finish reservation: 8 cm
- Standard finish: RAL 7016 steel, flat top to seal
- Options: Stainless steel cladding, seaside treatment, LEDs, customization
- Crash test certified resistance: 7.2 tons at 48 km/h
- Impact energy: 640,000 J
- Standard: ISO 22 343-1