MANGA Bench

Urban elements contribute to giving cities a human scale, identity and collective meaning.
The design of urban furniture must comply with three interrelated concepts: functionality, simplicity and emotionality, as well as being useful, durable and designed for the people.

The design idea for the MANGA Bench starts from the maritime context, a place for which it has been designed, using technology and materials typical of nautical engineering.
Inspired by marine life, it is capable of awakening emotions in urban and natural environments.
A bench of elegant simplicity with organic shapes that not only fulfils the function of a seat but also provides an aesthetic value when it is placed in the urban space: seafronts, ports, squares, streets and boulevards.
The purity of the lines and the roundness between planes of the MANGA Bench, reinforces the brightness and textures typical of fiberglass and concrete.
When the bench is not occupied, its soft undulating shapes make it a sculptural element.
Minimalist in design, its comfortable ergonomic profile and soft undulations invite contemplation and serenity.

Available in two finishes:
– Painted fiberglass with a thickness of between 8 and 14 mm. Available colours are gloss
white, fluorescent green, light blue and anthracite grey.
– Made in concrete, reinforced with very high performance fibers and great plasticity, which gives
it great rigidity. Available colours are white and grey

The materials used in the MANGA Bench are committed to sustainability and the development of pioneering technologies (fiberglass, fiber-reinforced concrete or mechanical recycling of plastic R-PET). Environmentally friendly materials with a real component of sustainability, circularity and safety.

The MANGA Bench has taken into account its environmental impact during all the stages of its existence: extraction of raw materials, production, distribution, use, reuse, recycling and waste management.
The piece replaces conventional reinforced concrete with fiber concrete, highlighting its durability.