Impacts happen. In logistics operations involving the flow of equipment, collisions with structures are an unavoidable variable.
In this sense, the Impact absorption technology for flexible barriers It redefines protection standards in industrial and logistics environments.
Ultimately, what differentiates a secure operation from a vulnerable one lies in how these occasional shocks are managed.
Developed with high-performance polymers, such as high-density polyethylene (HDPE), They absorb shocks, protect structures, and keep the environment organized and safe.
In this article, you will better understand how this impact absorption technology works, how it is superior to traditional solutions, and where it truly makes a difference.
What are flexible barriers and why have they evolved so much?
To the Flexible barriers are protective structures. Developed to mitigate damage caused by internal collisions in logistics centers, industrial areas, and vehicle movement areas.
Unlike metal versions, which tend to deform and transfer the impact to the ground or nearby structures, flexible barriers absorb and dissipate energy.
This absorption is achieved through a combination of materials engineering and technical design. The base material of the barriers is able to withstand intense impacts without breaking or permanently deforming.
After the crash, The structure returns to its original shape, eliminating the need for frequent replacements.
In addition to durability, this type of barrier offers other benefits: It doesn't oxidize, it doesn't dent, it withstands temperature variations, and it maintains its visual appeal. The operation requires no painting or welding.
How does shock absorption work in flexible barriers?
The technology employed in this protection system is based on three complementary principles: controlled deformation, active memory, and energy dissipation.
Controlled deformation
During a collision, the polyethylene flexes at specific design points, absorbing up to 80% of the generated force. This movement prevents the energy from propagating to the floor, metal structures, or vehicles involved.
Active memory
After absorbing the impact, the material returns to its original shape — a phenomenon known as active memory. This prevents cracks, ruptures, or misalignments, allowing the barrier to continue functioning for much longer.
Intelligent energy dissipation
The design of the deflection zones is intended to redirect the force of the impact to safe areas of the barrier itself. This reduces the risk of tearing or damage to the floor, something common in traditional metal barriers.
Complementing the system, the barriers are fixed directly to the ground with specific anchors, without the need for additional structural reinforcements.
Why is polyethylene the most suitable material?
High-density polyethylene has ideal characteristics for shock absorption:
- Flexible, yet structurally sound.
- High resilience even under repeated shocks.
- Stable in contact with chemicals and moisture.
- It doesn't rust and doesn't require painting.
- 100% is recyclable and has a lower environmental impact.
- Compatible with clean and controlled environments.
It is this combination of strength, lightness, and technical compliance that makes HDPE the ideal material for secure logistics applications.
What are the main operational benefits?
The adoption of flexible barriers with intelligent absorption technology generates direct and measurable benefits for the operation:
- Cost reduction with maintenance and replacements
- Preservation of the floor and structures adjacent
- Increased lifespan of forklifts and equipment
- Compliance with standards such as PAS 13:2017 and TÜV certification
- Installation without structural reinforcements
- Reliable operation in temperatures from -40°C to +50°C
- A visually clean and safe environment., with high visibility
Furthermore, its modular structure allows only the damaged section to be replaced, if necessary, optimizing the total cost of ownership (TCO).
Technology with sanitary compliance
A key differentiating factor of the solution developed by Bertolini, in partnership with D-Flexx, is its... Declaration of conformity for use in hygienic environments..
The barriers meet the requirements of European standards such as Regulation (EU) 10/2011, in addition to REACH Regulation and Framework Regulation EC 1935/2004.
This certification confirms that the materials are safe for indirect contact with food, chemically stable, and free of toxic substances.
This expands its use to facilities with strict sanitary controls, such as food and beverage industries or pharmaceutical logistics centers.
In which sectors are flexible barriers most commonly used?
The versatility of the technology allows its application in various environments, such as:
- Distribution centers with narrow aisles and high turnover.
- Pharmaceutical, chemical and food industries
- Loading and unloading docks
- Industrial parking lots and logistics yards
- Environments with automated or robotic systems
- Cold storage rooms and areas with temperature variations.
These applications reinforce the role of barriers as a central solution for safety and operational continuity in different segments of intralogistics.
FAQ – Frequently Asked Questions about Flexible Barriers
- Do barriers return to their original shape after an impact?
Yes. The material has active memory, which prevents permanent deformation.
- Do they work in refrigerated environments?
Yes. They operate in temperatures ranging from -40 °C to +50 °C.
- Can they be used in areas with sanitary requirements?
Yes. They have a declaration of conformity for use in hygienic environments, in accordance with European standards.
- Is the installation of flexible barriers complex?
No. They are fixed directly to the ground and do not require structural reinforcement.
- Are flexible barriers modular?
Yes, they are modular structures. Therefore, only the damaged section needs to be replaced, without the need to replace the entire structure.
Conclusion
Impact absorption technology applied to flexible barriers represents a significant advancement in the protection of industrial and logistics environments.
By the end of this article, we understand how this technology provides greater safety, operational performance, cost savings, and sanitary compliance.
Discover how Bertolini Flexible Barriers They can strengthen your operation with efficiency, innovation, and intelligent protection.
