The Reliq seat, identified by product number 02.014, represents a refined solution in the field of urban furniture, characterized by its minimalist aesthetic and robust construction. Designed by Michał Gzela, this piece embodies the core principles of the Reliq line, prioritizing clean geometry and durability to withstand the rigors of high-traffic public spaces. As a backless seat, it offers a versatile seating solution that encourages openness and accessibility in diverse environments, from modern city squares to landscaped park promenades. Its understated design ensures it integrates seamlessly into contemporary architectural contexts without overwhelming the surrounding landscape.
Engineered for longevity and performance, the structural integrity of the Reliq seat is achieved through high-quality material selection. The support frame is available in either durable carbon steel (S235JR) or premium stainless steel (AISI 304), providing essential stability and resistance against atmospheric conditions. The seating surface is meticulously crafted from a selection of woods, including European coniferous timber, oiled exotic wood, hardwood of European origin, or premium exotic wood options, allowing for customization to match specific climatic needs and aesthetic preferences. With a total weight of 62 lbs, the structure strikes an optimal balance between substantial presence and manageable installation requirements.
Functionality remains at the forefront of the Reliq series, which is why this street furniture element is designed for secure, permanent placement. The seat features a reliable mounting method specifically engineered to be fixed to the ground using screws, ensuring stability and safety for users in public areas. By integrating industrial-grade steel profiles with premium timber finishes, the Reliq seat offers a sophisticated approach to benches and public seating. This product is an essential addition to any project requiring durable, high-quality urban furniture that combines long-term material resilience with a timeless, professional design language suitable for public infrastructure.