Design planter Lena Jardinera Abierta ® Open
Design : Manuel Ruisánchez - Dimensions : ⌀ 235 x 100 cm - Volume : 2.000 L - Weight : 1.042kg. - Material : Reinforced in-situ concrete with natural stone aggregates - Finish : acid-etched and waterproofed - Colour : Standard Escofet Colour Card - Installation : Freestanding element with open bottom.
Brand: Escofet 1886 |
Material type 1: Cast concrete |
Finish: Acid-Etched |
Anchorage: freestanding |
Lena Abierta Planter – Open-Base Design for Urban Greening
The Lena Abierta Planter is a robust and aesthetically refined planter designed to enhance urban spaces with greenery while maintaining full functionality. With an impressive diameter of 235 cm and a capacity of 2000 liters, this concrete planter provides ample space for medium-sized trees and shrubs. Its dynamic shape, inspired by an inclined cone, creates a striking interplay of light and shadow in the cityscape.
High-Quality Reinforced Concrete with Textured Finish
Crafted from high-quality reinforced concrete and reinforced with stainless steel for added stability, the Lena Abierta planter features deep grooves on its surface, enhancing the contrast between light and shadow. The planter is available in a variety of Escofet standard colors, including grey, white, beige, and red, making it adaptable to different urban aesthetics.
Open-Base Structure for Direct Ground Integration
The open base of the Lena Abierta allows trees and plants to establish direct contact with the natural soil, promoting healthy root growth and preventing water stagnation. Thanks to its carefully engineered design, the planter can be placed directly on pavement, sand, or soil without requiring additional foundation work.
Freestanding Installation Without Anchoring
The Lena Abierta is self-stabilizing and does not require mechanical anchoring. Its significant weight of 1042 kg ensures stable positioning, even in high-traffic urban environments. For optimal water drainage, a layer of geotextile and gravel can be incorporated at the base, preventing soil loss while maintaining structural integrity.