The design of public spaces in architecture seeks not only aesthetics, but also to improve the quality of urban life in places with a large number of users. Maximum hygiene, easy cleaning and resistance are some of the key properties of materials suitable for continuous use. In this sense, Krion offers innovative, sustainable and versatile solutions that transform architectural projects, adapting to the current demands of public spaces.

What will you discover in this article?

• We explore how the architectural design of public spaces influences urban coexistence and the creation of more inclusive environments.
• We detail the technical properties that make Krion® an ideal solution for high-traffic spaces: regenerability, hygiene, thermoformability and resistance to chemical agents.
• We analyse the main trends in public space architecture and how Krion® aligns with them to facilitate more accessible, sustainable and multifunctional designs.

What is the design of public spaces in architecture and why is it important?

The design of public spaces in architecture refers to the planning and construction of accessible and functional urban areas, such as government buildings, bridges, squares, parks or transport stations.

These spaces are meant to be inclusive and encourage social interaction. Public architecture should have a communal value, as it becomes the meeting point for people and reflects the history and culture of a city in which it is located.

Furthermore, the importance of these spaces lies in their ability to respond to social, economic and environmental needs. Architects must consider factors such as safety, accessibility and sustainability in order to create environments that last over time and improve coexistence. In this context, the materials selected play a crucial role in ensuring the durability and functionality of these areas.

Principles of public design architecture

The architecture of public spaces is based on a series of principles that define its social function, urban impact and cultural legacy. These principles guide the planning, design and execution of projects that must balance aesthetics, functionality and civic responsibility. Below, we review the essential pillars that underpin contemporary public design.

Collective vocation and social function

Public space is at the service of the community. Its design should facilitate interaction, promote a sense of belonging and respond to the social dynamics of each environment. It is not just about ‘building beautifully’, but about creating places where people want to be, live together and participate.

Urban connectivity and continuity

Good public design establishes fluid connections between different parts of the city. It integrates the built environment with the landscape, encourages pedestrian and bicycle mobility, and connects neighbourhoods, cultures and generations. Spatial continuity is key to weaving cities together and facilitating everyday travel.

Legibility and orientation

Public spaces must be understandable and navigable. This means designing with spatial logic, prioritising routes, incorporating clear signage and ensuring that every user can understand and use the space without difficulty. Visual and functional orientation is a key criterion in the urban experience.

Identity and memory of place

Each project must dialogue with the cultural and architectural context in which it is located. Public architecture is not neutral: it communicates values, reflects collective identities and can become an urban symbol. Designing with historical and cultural awareness brings a sense of place and continuity with the memory of the territory.

Adaptability and resilience

Public space must be capable of transforming itself and responding to new uses, flows or situations (climatic, social, health, etc.). Designing with urban resilience principles in mind means anticipating future scenarios, facilitating maintenance and allowing spaces to evolve without losing their essence.

How Krion® contributes to the design of durable public spaces

Krion® is a material that stands out for its strength, versatility and sustainability, making it a perfect choice for architectural projects in public spaces. Specifically, it has the following technical properties that make it ideal for the creation of durable and adaptable urban environments.

• High resistance: Public spaces are subject to continuous use and therefore require materials that withstand daily wear and tear and adverse environmental conditions. Krion® is resistant to impacts, chemical agents and UV rays, guaranteeing a long service life. In addition, its surface can be regenerated without altering its properties, restoring its original appearance, which is essential in high-traffic environments.

• Sustainability: Our commitment to the environment is evident in solutions such as  Recycled Content Krion® K-Life1100, which contains a minimum of 5% post-consumer recycled material in its composition. This material is a conscious choice for innovative projects with a sustainable soul. In fact, thanks to the commitment to R&D&I, it has been possible to maintain the quality of the material without compromising its performance. It is therefore fully aligned with current trends of environmental responsibility in architectural design.

• Versatility: Krion®'s ability to be moulded into a variety of shapes allows architects to create continuous surfaces with no visible joints, offering a clean, modern aesthetic. Its ability to thermoform makes it especially useful for projects that require organic, custom shapes. In addition, it is suitable for both indoor and outdoor applications, maximising its use in a wide variety of urban projects.

• Durability: The longevity of materials used in public architecture is essential to reduce maintenance costs and ensure user satisfaction. Krion® ensures that public spaces remain functional and aesthetically pleasing for many years to come.

Current trends in the architecture of public spaces

The design of public spaces in architecture has evolved to adapt to current social and environmental needs. Among the most prominent trends are:

Inclusive and accessible public spaces

Public architecture must be accessible to all citizens, regardless of their physical abilities. Krion®, with its physical properties, is an excellent choice for designing inclusive spaces that promote the safety and comfort of users.

Sustainability and circular economy

More and more architects are prioritising sustainable construction, using materials that contribute to it. Krion® ®, with its commitment to the environment, fulfils this task® to perfection.

Multifunctional and adaptable spaces

Urban environments require flexibility to adapt to the needs of cities. Materials such as Krion® allow the creation of spaces adapted to different uses, responding to the needs of citizens. 

Architectural projects in public spaces by Krion

Photography: Palladium Photodesign

Porcelanosa Group Project: UAE Pavilion, (Dubai, United Arab Emirates)

Architecture: Santiago Calatrava

Solutions from Porcelanosa Grupo and Krion.

Photo: Ferrante Ferranti - CNSMDP

Porcelanosa Group Project: Tour D'Orgue, (Paris, France)

Client: Conservatoire National Supérieur de Musique et danse de Paris

Architecture: Christian de Portzamparc Architecte

Solutions from Porcelanosa Grupo and Krion.

Photography: Joao Morgado and Attilio Fiumarella

Porcelanosa Group Project: HALO, (Vigo, Spain)

Architecture: AM2 Architects & Arenas & Associates

Solutions from Porcelanosa Grupo, Butech and Krion.

Porcelanosa Group Project: Colegio Superior de Gastronomía, (CMDX, Mexico)

Architecture: Pablo Ortega

Interior design: Arturo Anaya and Pablo Ortega

Solutions from Porcelanosa Grupo, Xtone and Krion.

 

The design of public spaces in architecture plays a key role in the development of more inclusive and sustainable cities. Krion®, with its commitment to innovation and sustainability, is positioned as a key option for architects looking for versatile, resistant and environmentally friendly materials.

Its ability to adapt to various applications in urban environments, together with its durability and advanced technology, make it an indispensable material for public architecture projects.