Flat bar Solo Dual
01.069
Description
The Flat bar Solo Dual, identified by SKU 01.069, is a precision-engineered structural component designed to meet the rigorous demands of urban furniture applications. Expertly crafted by designer Tomasz Szpytma, this element serves as a vital accessory within the Solo and Dual product lines, specifically tailored for the installation and structural reinforcement of bollards. Its minimalist profile and robust composition exemplify the high standards of contemporary street furniture, where reliability and understated aesthetics are paramount. By focusing on essential geometric forms, this flat bar ensures that integrated urban infrastructure remains stable and secure in high-traffic public environments.
Constructed from high-grade carbon steel (S235Jr), the 01.069 Flat bar offers exceptional structural integrity and long-term durability. Measuring 4 cm in height and 1 cm in thickness, with a maximum strap length of 250 mm, the component is optimized for precision fitment. Its compact form factor, weighing approximately 1 kg, allows for versatile integration across various landscape architecture projects without compromising the visual clarity of the site. The choice of carbon steel ensures that the element can withstand the environmental challenges typically associated with public spaces and city infrastructure, providing a consistent performance lifecycle.
As a critical component within our wider range of street furniture, the Flat bar Solo Dual facilitates the seamless assembly of architectural elements that define modern cityscapes. Whether used in pedestrian zones, parks, or plazas, its design prioritizes functional efficiency and structural harmony. The component reflects the ZANO commitment to producing modular urban furniture that empowers architects and urban planners to create cohesive, safe, and durable environments. Through its precise material specifications and robust build quality, this flat bar ensures that bollards and related installations maintain their alignment and structural purpose throughout years of continuous use.