More Comfort, Without Distance from Simplicity
Continuing the Laman design philosophy, the Tar Bench with Backrest is a precise response to the need for longer seating in urban spaces, without sacrificing the minimal and pure language of the product to exaggeration or complexity. This model, by adding a simple and clear backrest, enhances the quality of presence and provides a calmer and more lasting experience for public space users.
Conscious Design; Comfort in Service of Form
The backrest in this model is designed not as a decorative element, but as a natural continuation of the bench form. Its simple lines and precise proportions increase seating comfort while maintaining the visual integrity of the product. The result is a bench that is perfectly suitable for both short pauses and long-term seating in urban spaces.
Sustainable Material; Authenticity and Durability Together
The Tar Bench with Backrest, like the base version, is made from a combination of recycled railway sleeper wood and metal. Railway sleeper wood, with a history of resistance in the harshest climatic conditions, guarantees the long-term durability of this bench in outdoor spaces. The natural and warm texture of this wood, alongside the strength of metal, creates a pleasant balance between the sense of nature and industrial structure, enhancing the visual quality of urban space.
Modular and Adaptable to Different Scales
One of the important advantages of this model is the complete preservation of the modular capabilities of the Tar Bench. The bench with backrest can be placed linearly and puzzle-like alongside other modules and adapt itself to the scale and needs of the project without limitation. This feature has made it a suitable option for parks, pedestrian streets, cultural spaces, and busy public areas.
Industrial Production; Sustainable Quality in Execution
The Tar Bench with Backrest is manufactured prefabricated with a fully engineered production process. This approach ensures construction precision, quality consistency, and product durability, and provides the possibility of quick and easy installation in urban projects. The use of recycled material and optimized design brings the lowest environmental footprint along with the highest efficiency.
