stainless steel bollard
Advantages of the V4A stainless steel bollards from Braun Antriebe
There are many bollards on the market – but hardly any surpass the V4A stainless steel bollards bearing the name Braun Antriebe in terms of safety. Below you will learn about the advantages that specifically distinguish our stainless steel bollards from conventional retractable barrier posts and why you should also rely on our products if you want to put an end to illegal parkers or car thieves as well as prevent smash-and-grab burglaries and annoying turning maneuvers on your property.
We use hardened V4A stainless steel for our bollards – and for good reason
V4A – a special stainless steel that, due to its excellent corrosion and acid-resistant properties, is used both in submarine and nuclear power plant construction. And it is precisely from this material, combined with careful and solid construction, that our bollards are made. The result is virtually indestructible retractable barriers that are even used as anti-terrorism measures in pedestrian zones and at festival sites – after all, they have easily passed a series of crash tests. In other words: it is virtually impossible to lower or knock over our systems with brute force. In the latter case, the speeding car is more likely to suffer total damage than our smart systems giving in. Besides that, our stainless steel bollards are extremely durable thanks to exemplary construction and withstand any weather without problems – all with very low maintenance effort!
As a manufacturer with a history spanning several decades, we have simply thought of everything!
Unmatched in safety technology: V4A stainless steel bollards made by Braun Antriebe
Another quality feature that distinguishes our bollards from conventional barrier posts, besides the use of high-quality V4A stainless steel, is the innovative safety system that each of our models is equipped with. This works very simply yet is highly effective: As soon as the bollard is raised, a steel cylinder wedges itself into the lifting piston. It can then only be unlocked manually. It is therefore impossible to lower our stainless steel bollards by external force. Cutting the pressure lines also remains unsuccessful!
