IK10+:
Beyond anti-vandal street lights

The highest impact resistance

Vandalism poses no risk to the integrity of ATP exterior lighting. The resistance of our luminaires has no equal in the market: they all pass without any difficulty impact tests superior to 50 joules, which exceeds more than two times the maximum degree of robustness, IK10, established by the UNE-EN 50102/A1 standard. Thanks to our stringent laboratory tests –much more demanding than the established regulations– and to a constant research and innovation activity, we have managed to develop street lights capable of withstanding physical aggressions without suffering any damage.

A new concept of strength

The exceptional toughness of ATP products comes from the combination of the Engineered Technical Reinforced Polymer S7 –used for chassis, columns, bases and arms– with the high impact Transparent Tropicalized Thermo-Polymer T5 –for the diffusers, 200 times more resistant to shocks than the glass–. The mentioned materials, coupled with a rigorous assembly process and a strict quality control, have founded a new concept of strength: our products are made to be proof against riots, random collisions and deliberate breaking attempts. In brief, we have transformed the polymeric frame where the lamp and electrical components are sheltered in a virtually unbreakable bulwark for the most common threats.

 

ATP's emphasis on the resistance of its articles has been essential to leave behind the fragilities and limitations hitherto inherent to exterior lighting equipment. This results in a durability largely superior to other manufacturers' products, and also a radical reduction in maintenance costs and replacements due to vandalism. Along with immunity to corrosion, the ability to withstand impacts allows our luminaires to operate at full capacity during its entire lifespan. This means comfort for our client, who can stop worrying about the streetlights as soon as their installation is finished.

Solid and hermetic poles for top quality luminaires

ATP was the first and remains the only manufacturer who holds a degree of protection IK10 for the mast and the access panel, and a category IP66 for column-access panel surrounding; both certified by AENOR. This exclusive ATP panel seal prevents the penetration of solid bodies and fluids inside the column, and that ensures full protection against electrocution and safeguards all the internal components. In addition, the IK10 guarantees the maximum impact resistance of the whole structure: in fact, masts and access panels pass without any difficulty collision tests superior to 50 joules, which is more than twice the UNE-EN 50102/A1 standard for the category IK10.

 

ATP polymeric materials

ATP polymeric materials

Specially designed to satisfy the highest demands of resistance to external agents and to vandalism in public lighting and urban furniture.

Immune to corrosion

Immune to corrosion

Our lighting and outside furniture products are completely rust-proof since they are made out of raw materials which are invulnerable to corrosion.

Anti-electrocution products

Anti-electrocution products

Our products are completely safe since they are made with insulating materials which do not conduct electricity and prevent any danger of electrocution when making contact with the column or the luminaire.

IK10+: Beyond anti-vandalism

IK10+: Beyond anti-vandalism

Anti-vandal street lighting and urban furniture capable of withstanding and passing impact tests beyond 50 joules, which is more than twice the standard of IK Rating EN 50102.

IP66+: Totally hermetic

IP66+: Totally hermetic

Several devices ensure the sealing of the luminaire in any situation.

This high IP rate offers whole protection to all the internal elements of the street light.

100 % recyclable

100 % recyclable

Products made with 100 % recyclable, sustainable and ecologic materials.

Get to know the most ecological street lighting of the world.

10-year warranty

10-year warranty

The highest warranty in the sector.

 

Since 1969.

 

Effectiveness tested in tropical environments.

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