Impact Safety Guards

Impact Safety Guards are designed to protect mainly straight lines. Thus, guards can be applied for different scopes: wall protection, rack end protection, column protection, machinery protection, loading dock protection, door protection, etc. Guardrails are usually applied to protect against material handling equipment when crashing at 90° degrees angle. To understand which guardrail model suits best the needs, it starts from assessing the Impact Safety Risk:

Type of material handling equipment moving around: vehicle model & weight (Kg)
Average speed at which the material handling equipment runs: km/h
Possible angle of impact at which a material handling equipment can crash: 15°, 30°, 45° or 90°

The mix of this data helps our Safety Consultant to advise about the best guardrail model and its applications. Contact us for more on-line information or free on-site consultancy.

Impact Safety Guards Parameters

Diameter D - mm	Height H - mm	Length L - mm	Resistance joules	Anchoring Pullout kN	Total Floor Space mm	IP Grade	Flame Extinguishing Rate
70	75	500-1000-1500-2000	9 369	190	94	59	UL94: HB
70	130	500-1000-1500-2000	9 369	190	94	59	UL94: HB
100	105	500-1000-1500-2000	19 360	190	140	59	UL94: HB
100	160	500-1000-1500-2000	19 360	190	140	59	UL94: HB
120	125	500-1000-1500-2000	33 950	190	183	59	UL94: HB
120	180	500-1000-1500-2000	33 950	190	183	59	UL94: HB

Customized solution and colours upon request

Impact Energy Information

Vehicle Energy: 17 350 J

(click on the image to change the impact angle)

Example vehicle weight and speed:
Angle of approach	90°
Weight	5 500 kg
Speed	9 km/h
Vehicle Energy	17 350 J

TUV logo

Tested to be compliant by BSI – PAS13 and Italy’s UNI 11886.

Crash Tests are certified by TÜV SÜD.

Modul: Miniappka

Applications

Machinery Protection

Column Protection

Rack Protection

Wall Protection

Good Protection

Bad Protection

Guard Crash Testing

Modul: HTML video

Compliant Crash Testing

We test our products in compliance with the industry's World-class standards: PAS13:2017 and UNI 11886.

We measure barriers resistance in "Joules" according to the following formula:
Kinetic Energy = 1/2*m*v² | M= Mass (Kg) and V = Velocity (Km/h)
We make sure test only on real floor: armed concrete; we don't test on metal platforms.
We make sure vehicle impact takes place at the worst-scenario angle: 90°.

Finally, Bambarrier Guards is certified compliant when:

It stops the crashing vehicle safely without breaking itself and without breaking the floor.
It can be hit repeatedly without getting loose and without breaking the floor.
When after an impact, it occupies a very small space on the floor.