Garden Bollards and Park Lamps
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Garden Bollards and Park Lamps
Illuminated yard paths, driveways, and lawn borders give the home a feeling of completion and guarantee safe movement at night. Garden bollards and park lamps are used here. Since these luminaires are located low and are subject to direct contact with lawnmowers, children's balls, snowdrifts, and winter ice, buying cheap plastic bollards is throwing money to the wind. They break off or crack in the first winter. VIDEX garden bollards are an industrial-level solution for your yard - they are monolithic, elegant, and created to withstand physical stress and the harsh Baltic weather.
Why garden designers trust VIDEX park lamps and bollards (Your TCO benefits):
- Impact-resistant aluminum body: Our bollards are made from solid anti-corrosion aluminum castings, not a thin tin sheet. They stand firmly on the ground and do not succumb to accidental physical blows. You will no longer need to buy new bollards every year.
- Correct optical scattering: A classic mistake in garden lighting is using blinding light at eye level. VIDEX garden bollards are equipped with diffusers (often with UV-protected polycarbonate) that direct the light downwards - onto the path, protecting the vision of pedestrians and drivers.
- Flawless IP65 insulation: Garden lamps are in direct contact with standing water and melting snow. VIDEX industrial rubber and silicone seals guarantee 100% protection, eliminating short circuit risks in the garden.
Guarantee your family's safety and yard's beauty with luminaires that never fail! Order safe outdoor light!
Q: How does the optical construction of garden bollards differ from traditional park lanterns?
Q: Why are concrete anchor kits used for securing garden bollards?
Q: How do VIDEX park and garden bollards achieve a high vandal resistance rating (IK08/IK10)?
Q: What is the mechanics of correct spacing calculation when placing garden bollards along a pedestrian path?
Q: How is cable entry safety and grounding performed in bollards and park lamps?
A: Garden bollards with a height of 30 cm to 100 cm use downward or 360° ring optics that directly illuminate the ground and paving. Park lanterns stand at a height of 2–4 meters and distribute light over a wider radius, ensuring overall site visibility and safety on pedestrian paths.
Q: Why are concrete anchor kits used for securing garden bollards?
A: Anchor plates with threaded rods ensure the mechanical stability of the garden bollard and protection against wind load or displacement. The concreted base provides a firm vertical axis and prevents the housing from tilting due to soil settling or mechanical impact from lawn mowing equipment.
Q: How do VIDEX park and garden bollards achieve a high vandal resistance rating (IK08/IK10)?
A: Impact-resistant polycarbonate and a reinforced steel or bent aluminum housing are used in the production of park bollards. This construction absorbs impact energy up to 5–10 joules, strictly protecting the light source from vandal damage and mechanical collisions in public areas.
Q: What is the mechanics of correct spacing calculation when placing garden bollards along a pedestrian path?
A: The distance between bollards should equal 3 to 5 bollard heights (e.g., for 80 cm tall bollards – every 2.5 to 4 meters). This step ensures uniform light patch overlap on the paving surface, preventing the formation of dark intermediate zones (a ""zebra"" effect).
Q: How is cable entry safety and grounding performed in bollards and park lamps?
A: The cable connection is established inside the bollard base above ground level using IP67 connector terminals and a mandatory PE grounding wire. This prevents moisture accumulation at the connection point and protects against current leakage to the metal housing in the event of damage.
