Options
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Construction
- carbon steel (s235Jr)
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Grid size
- Ø120
- Ø150
- Ø180
- Ø200
The Akant tree guard, identified by SKU 11.061, represents a sophisticated solution for modern urban furniture, designed to protect greenery while enhancing the aesthetic integrity of public spaces. Crafted with precision from durable carbon steel (S235JR), this robust tree guard ensures long-lasting performance in diverse environmental conditions. Its structural integrity is underscored by a 10 mm thick grating, engineered to withstand heavy pedestrian traffic while providing essential protection for urban plantings. The inclusion of a 60 mm total thickness frame ensures stability and seamless integration into surrounding pavement, making it a functional component of professional street furniture installations.
Flexibility is at the core of the Akant series, offering a range of configurations to accommodate various landscape architecture requirements. The system is available in multiple diameters—Ø120, Ø150, Ø180, and Ø200 cm—allowing for precise sizing based on specific site needs. The tree hole diameter ranges from 50 to 80 cm, ensuring that the guard can adapt to the growth requirements of diverse tree species. Each unit is built to withstand the rigors of city environments, with weights ranging from 183 lbs for the smallest diameter up to 397 lbs for the largest, providing a heavy-duty, reliable barrier that prevents soil compaction and protects tree roots from mechanical damage.
Integrating seamlessly with other elements of urban furniture, such as benches and trash bins, the Akant tree guard provides a cohesive look for parks, plazas, and city squares. The minimalist design of the metal grating allows for efficient water and air permeability, which is vital for the health of urban flora. By prioritizing both form and function, this product line serves as an essential tool for planners who demand high-quality street furniture that maintains the visual harmony of the public realm. The Akant series stands as a testament to durability and design efficiency, offering a standardized yet adaptable approach to protecting urban green infrastructure.