Soran LED path light, metal, height 60 cm, black, IP44 Lindby - Modern - Single-bulb

The Soran LED path light offers a seamless blend of modern geometry and practical functionality. Designed to guide your way with soft, welcoming light, this luminaire is a durable addition to any outdoor environment.

• Robust metal frame with a contemporary black finish.
• Integrated energy-efficient LED light source.
• IP44 protection rating for reliability against splash water.
• Warm white 3,000 K color temperature for a cozy ambiance.
• Compact height of 60 cm, ideal for path and border marking.

The Soran path light features a sleek, minimalist aesthetic defined by sharp lines and a high-contrast palette of black and white. The body is crafted from high-quality metal, providing structural integrity, while the light diffuser ensures uniform and glare-free emission. This combination of materials makes it highly resistant to changing weather conditions.

With a height of 60 cm, this path light is perfectly proportioned to provide clear visibility along garden paths or driveway edges without overwhelming the landscape. The permanently installed LED module is designed for longevity and minimal energy consumption, making it an eco-friendly choice for long-term outdoor lighting.

Lindby focuses on providing modern lighting solutions that emphasize simplicity and usability. Their design philosophy centers on making high-quality lighting accessible through intelligent construction and classic, versatile styling that fits a wide range of architectural exteriors.

This light is an essential tool for those looking to improve outdoor navigation and aesthetics.

• Illuminating pathways in gardens or driveways.
• Marking entrance areas to provide a warm welcome.
• Adding soft ambient light to flower beds and shrubbery.
• Enhancing safety in dimly lit garden sections.

To keep the Soran looking new, wipe down the metal surface with a non-abrasive, damp cloth during seasonal cleaning. Ensure the drainage at the base remains clear to prevent moisture accumulation.