Engineered for high axle-load capacities, UV resilience, and compliance with Spanish Ministry of Transport (MITMA) and European Safety Standards.
Heavy-duty vulcanized rubber speed hump integrated with synchronized LED beacon strobes for high-hazard approach zones and construction corridors.
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Intelligent urban traffic calming cushion pairing high-impact rubber modules with real-time countdown speed feedback display units.
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High-visibility yellow/black modular ramp featuring embedded LED arrow guidance lamps for urban detours and highway lane reductions.
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Dual-function industrial cable channel ramp with low-voltage DC LED strip repeaters designed for event spaces, ports, and logistic parks.
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Heavy commercial vehicle traffic table reinforced with internal steel framing and IP68 sealed tri-color signal indicator lights.
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Integrated traffic management kit combining 300mm standard modular speed ramps with 100-277V AC LED signals for private industrial parks.
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High-density recycled SBR/NR rubber traffic speed table with embedded glass element optical reflectors for long-range night detection.
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Euro-spec Berlin speed cushion designed for bus routes and emergency response corridors, certified to EN12368 optical and mechanical standards.
Contact UsAs the capital of Catalonia and a leading European global smart city, Barcelona presents unique technical, legal, and environmental demands for urban traffic management. With the municipality’s aggressive implementation of the Superilles (Superblocks) program, expansion of 30 km/h traffic-calming zones across districts like Eixample and Gràcia, and strict enforcement of the Zona de Baixes Emissions (ZBE), local civil engineers, municipal contractors, and industrial procurement managers require traffic speed bumps and speed cushions that deliver long-term structural integrity, vehicle speed reduction, and minimal acoustic disruption.
Deploying speed bumps or speed tables within the Metropolitan Area of Barcelona (AMB) requires absolute compliance with Spanish national legislation under Orden FOM/3053/2008 (Approval of Technical Instructions on Speed Bumps and Reducers on the State Road Network) as well as municipal directives issued by Ajuntament de Barcelona. Traffic safety devices installed on public or arterial access roads must respect exact height-to-length ratios to prevent vehicle chassis damage while ensuring targeted kinetic speed dampening:
Selecting the optimal material composite is critical for procurement teams evaluating Total Cost of Ownership (TCO) across Catalonia’s infrastructure projects. Our direct manufacturing plant utilizes high-pressure compression molding technology to blend virgin NR with recycled SBR rubber, reinforced with internal structural polymers.
| Performance Benchmark | Vulcanized SBR Rubber (Factory Spec) | Polyurethane (PU) Composite | Poured Asphalt / Concrete |
|---|---|---|---|
| Shore A Hardness | 85A ± 5 (Optimal impact elasticity) | 95A (Rigid structural strength) | Non-elastic (Rigid brittle) |
| Tensile Strength | > 15.0 MPa | > 22.0 MPa | < 3.5 MPa (Shear prone) |
| Coastal Salt Spray Resistance | Immune (100% Non-Corrosive) | Immune (100% Non-Corrosive) | Cracks under salt crystal swelling |
| UV Degradation Resistance | Carbon Black + UV Stabilized (>8 yrs) | UV-Inhibited Polymer (>10 yrs) | Surface oxidation in 2-3 yrs |
| Noise Dampening Coefficient | -12 dB vehicle impact reduction | -8 dB vehicle impact reduction | 0 dB (Transmits heavy thuds) |
| Installation Time (per 4m road) | 45 Minutes (Modular Anchor Bolt) | 30 Minutes (Quick Interlock) | 6-12 Hours (Curing & Road Closure) |
As documented above, modular rubber and polyurethane speed bumps offer decisive advantages for Barcelona contractors. Poured asphalt humps require costly road closures on congested arteries like Gran Via de les Corts Catalanes or Avinguda Diagonal, and tend to crumble under heavy bus axle loads. Modular rubber systems absorb mechanical kinetic energy, reducing noise pollution in residential neighborhoods—a critical mandate of Barcelona's urban acoustic preservation plan.
Tailored traffic calming implementations engineered to meet the geographic, industrial, and architectural requirements of the Catalan region.
In high-density pedestrian priority zones like the Sant Antoni and Poblenou Superblocks, low-profile rubber speed cushions (30-40mm) enforce strict 10-20 km/h micro-mobility limits for bicycles, e-scooters, and delivery vans without interrupting emergency vehicle passage.
The industrial hub of Zona Franca and the Port de Barcelona handle thousands of heavy freight trucks (TIR) daily. Heavy-duty 50-ton rated modular steel-reinforced rubber ramps prevent speed-related rollover risks in container yards and logistics docks.
Under the city council’s school protection initiative, high-visibility yellow and black trapezoidal speed tables with embedded 3M retroreflective glass beads are installed at school gates across Eixample, Les Corts, and Sarrià-Sant Gervasi to ensure maximum child safety.
Private infrastructure at Josep Tarradellas Barcelona-El Prat Airport and surrounding B-30 logistics corridors utilize cable-protector speed bumps to safeguard electrical conduits, jet-fuel hoses, and temp lines while controlling ramp transport speeds.
Underground parking facilities at major shopping centers (La Maquinista, Diagonal Mar) and central tourist garages near Ciutat Vella install compact 50mm rubber ramps to manage tight-turn vehicle speeds and protect structural parking pillars.
Approach corridors leading off the Ronda Litoral (B-10) and Ronda de Dalt (B-20) bypass loops rely on heavy rubber speed humps with active LED warning beacons to alert incoming drivers of abrupt arterial traffic slowdowns.
The urban mobility landscape across Spain is undergoing rapid technological transformation. Driven by national sustainability directives and European Green Deal funding, traffic engineers in Barcelona are moving beyond passive obstacle placement toward intelligent, eco-friendly, and sensor-driven traffic calming solutions.
Speed fluctuation—constant accelerating and braking over poorly designed speed humps—increases vehicle carbon dioxide and particulate matter (PM10) emissions by up to 28%. Barcelona’s ZBE regulations mandate smooth traffic flow. Modern Berlin speed cushions and progressive parabolic speed humps are designed using computational fluid dynamics to encourage steady 30 km/h cruising speeds, reducing unnecessary gear shifting and exhaust emissions near residential facades.
Barcelona boasts over 250 kilometers of dedicated bicycle lanes (bici-vies). Protecting cyclists from motor vehicle encroachment requires specialized lane dividers and flexible rubber speed ramps. Factory-customized polyurethane separators with embedded LED markers provide physical vehicle redirection while permitting safe cross-travel for bicycles and municipal street-cleaning equipment.
As part of Barcelona’s Smart City initiative, road hardware is becoming connected infrastructure. Our latest speed bump product series features hollow-core internal channels designed for pressure-sensitive piezoelectric sensors and Doppler radar speed detectors. These sensors feed real-time traffic volume, average vehicle mass, and speed compliance metrics into municipal traffic management software via IoT gateways.
Combining 30+ years of R&D engineering with high-capacity ISO-certified manufacturing to deliver uncompromised quality directly to Catalonia.
Our expansive production facility operates automated rubber vulcanization presses, heavy polymer injection machines, and in-house SMT circuit assembly lines, maintaining complete control over raw materials and structural output.
Fully compliant with ISO 9001:2015 (Quality), ISO 14001:2015 (Environmental), and ISO 45001:2018 (Occupational Health & Safety). Every export batch is issued with CE and IP68 laboratory certification.
We modify module dimensions, internal cable lumen diameters, rubber Shore hardness, reflective film grades (3M Diamond Grade), and custom molded logos for municipal tenders and private label clients.
Every product line undergoes mechanical compression testing up to 50 Tons, UV thermal degradation testing from -40°C to +80°C, and photometric intensity verification for active LED indicator elements.
Experienced international export desk managing sea freight shipping directly to the Port of Barcelona (Puerto de Barcelona) with complete EUR.1, Certificate of Origin, HS code classification, and EU customs documentation.
We assist civil engineering contractors and tender applicants with CAD cross-section drawings, installation torque specifications, material test certificates, and warranty documentation for rapid municipal submission.
Technical, regulatory, and commercial clarity provided by our senior traffic safety engineering team.
Yes. Our trapezoidal speed humps and circular rubber speed bumps are engineered specifically to meet the geometric ratios, height limitations (max 6cm/10cm), slope gradients, and non-slip surface requirements stipulated by the Spanish Ministry of Transport (FOM/3053/2008) and local Catalan municipal guidelines.
Our vulcanized SBR/NR rubber compound is treated with carbon black and anti-ozonant UV inhibitors, preventing hardening, cracking, or surface erosion caused by intense Mediterranean sunlight and high atmospheric salt concentrations near the sea. Unlike asphalt, our synthetic rubber modules are 100% non-corrosive.
Standard speed bump modules and stock speed cushions are dispatched within 7 to 14 days from drawing approval. Direct ocean freight to the Port of Barcelona typically takes 18 to 25 days depending on shipping lines. Air freight for urgent project components is available upon request.
Absolutely. Our industrial-grade rubber speed bumps and Berlin speed cushions are rated for axle static loads exceeding 40 to 50 Tons. They incorporate internal honeycomb structural ribs and high-tensile steel sleeve inserts to resist heavy shear forces exerted by multi-axle freight vehicles and urban buses.
Installation is simple and fast. Each module is secured using heavy-duty galvanised steel expansion anchor bolts (M12 x 120mm or M14 x 140mm) driven into pre-drilled holes in the asphalt or concrete base. High-density rubber end caps protect edge anchors from sweeper blade snagging.
Yes. We support infrastructure contractors bidding on municipal tenders issued by Ajuntament de Barcelona or regional Catalan authorities by providing physical sample modules, material laboratory test reports (tensile, hardness, retroreflectivity), CAD drawings, and manufacturer certificates.