Blog — Parklex Prodema

Indoor–outdoor continuity as an architectural narrative through material

Engineered wood as a unifying thread between space, form, and experience
Climate Neutrality in Architecture

How to integrate design, energy, and materials to create truly sustainable buildings.
Recycled-Content Materials in Architecture: Technical Criteria vs. Environmental Urgency

In recent years, the focus of sustainability in architecture has moved beyond energy use during the operational phase to strongly incorporate the environmental footprint of materials.
Sustainable Construction: A Current Requirement and an Unavoidable Commitment

Sustainable construction is no longer a trend—it has become a regulatory, environmental, and social requirement.
Ecodesign: Integrating sustainability from the start

Ecodesign has become one of the key tools for advancing toward a more responsible industrial model that respects the environment.
Oak as a material language in contemporary interior design

En el panorama actual del interiorismo, donde la búsqueda de materiales honestos, cálidos y duraderos se ha convertido en una prioridad, el roble destaca como uno de los acabados más versátiles y evocadores.
Maintenance-Free Wood Claddings: Technological Advances for Durable Projects

Maintenance-free wood claddings represent a revolution in the application of natural wood for exterior facades, overcoming traditional limitations that have historically restricted its use in large-scale architectural projects. These technological advancements enable architects to specify durable solutions that combine the aesthetic warmth of natural wood with technical performance comparable to synthetic materials, eliminating the operational…
Protection Systems Against Xylophagous Insects in Exterior Wood Claddings

Xylophagous insects pose a significant threat to the durability of wood claddings in exterior applications. These organisms, including termites, woodworms, and other beetles, can compromise both the structural integrity and aesthetic appeal of wooden facades if adequate protection strategies are not implemented. For architects specifying natural wood claddings, understanding the available protection systems and their effectiveness…
Protection of Wood Claddings Against UV Radiation to Preserve Original Color and Appearance

Ultraviolet radiation is one of the primary factors causing aesthetic degradation in exterior wood claddings. This phenomenon, known as photodegradation, particularly affects the lignin in the wood’s cellular structure, leading to irreversible chromatic changes and loss of surface properties. For architects, protecting wood claddings from UV radiation is crucial to ensuring the long-term preservation of their…
Environmental Advantages of Ventilated Wooden Cladding Facades: Energy Efficiency and Thermal Comfort

Ventilated facades with natural wood cladding represent an architectural solution that simultaneously optimizes a building’s energy efficiency and the environmental performance of the material. This construction configuration leverages the inherent thermal properties of wood while enhancing the benefits of natural ventilation, creating high-performance energy systems with reduced environmental impact.
Maintenance Strategies for Different Climatic Environments: From Alpine to Coastal Regions

Exterior wood claddings face specific challenges depending on the climatic environment in which they are installed. Each geographic region presents unique conditions that require tailored maintenance strategies to ensure the durability and preserve the aesthetic appeal of natural wood facades. Understanding these climatic factors is crucial for architects aiming to specify cladding solutions suited to the specific…
Aesthetic Continuity Between Interior Spaces and Exterior Ceilings: Solutions with Wooden Panels

architectural design, where visual integration between environments seeks to create cohesive spatial experiences that transcend traditional physical boundaries. Natural wood panels offer an optimal solution for achieving this continuity, providing the technical versatility needed to adapt to both controlled interior conditions and protected exterior environments without compromising the visual coherence of the architectural ensemble.
Behavior of Natural Wood Planks Under Extreme Weather Conditions: Case Studies

The behavior of natural wood planks under extreme weather conditions is a critical factor in architectural specifications for projects in challenging environments. Prolonged exposure to intense UV radiation, freeze-thaw cycles, saline coastal winds, or extreme precipitation demands specific technical solutions to ensure durability without compromising aesthetic performance.
FSC and PEFC Certifications in Wood Cladding: A Guide for Specifiers

FSC and PEFC certifications are the most widely recognized international standards for ensuring the sustainable origin of wood used in architectural cladding. For architects and specifiers, these certifications not only reflect an environmental commitment but also serve as a critical technical tool to meet the regulatory and sustainability requirements of contemporary projects.
Solutions for Porches, Pergolas, and Semi-Covered Spaces with Wooden Ceilings

Porches, pergolas, and semi-covered spaces represent architectural typologies where wooden ceilings provide both functionality and aesthetic expressiveness. These transitional spaces, situated between the domestic interior and the outdoor environment, require specific technical solutions that combine resistance to varying environmental conditions with the visual warmth characteristic of natural wood.
Resistance to Special Conditions: Wooden Suspended Ceilings in Maritime and Humid Environments

Wooden suspended ceilings in maritime and humid environments represent highly demanding technical applications where extreme environmental conditions require specialized solutions. Resistance to special conditions such as salinity, constant high humidity, and abrupt thermal variations demands advanced technologies that preserve both the technical performance and the aesthetic expressiveness of natural wood.
Durability as a Sustainable Factor: Reduced Maintenance in Parklex Prodema Exterior Wood Claddings

Extended durability and minimal or no maintenance are key sustainability factors in specifying exterior claddings. Natural wood panels have revolutionized traditional perceptions of wood maintenance in outdoor settings, transforming lifecycle considerations and total cost of ownership in demanding architectural projects.
Contribution of Wood Claddings to LEED and BREEAM Certifications

Natural wood claddings represent a strategic opportunity to earn significant points in major sustainable building certification systems. Proper technical specification of these materials can decisively contribute to achieving LEED and BREEAM certifications, providing competitive advantages and positioning in the contemporary architectural market.
Exterior Suspended Ceiling Systems with Wood Panels: Typologies and Applications

Exterior suspended ceiling systems with wood panels represent an advanced architectural solution that integrates the warmth and naturalness of wood into protected outdoor spaces, combining superior technical performance with refined aesthetics. These systems have evolved to meet the specific demands of outdoor applications, where weather resistance and dimensional stability are critical factors to ensure the…
Architectural Integration of Natural Wood Planks in Buildings: Interior-Exterior Continuity

The architectural integration of natural wood planks transcends the mere application of a cladding material, becoming a design strategy that articulates the relationship between interior and exterior spaces. This material continuity creates cohesive spatial experiences that enhance the perception of naturalness and warmth, establishing visual dialogues that unify the architectural envelope. Systems like NATURSIDING-W enable this strategy…
Architectural Design with Wooden Facades: Expressiveness and Material Language

Architectural design with wooden facades transcends mere functionality to become an expressive tool that defines a building’s character and identity. Wood, as a living and versatile material, offers multiple compositional possibilities, enabling the creation of unique architectural languages, from contemporary minimalism to bold expressiveness.
Acoustics and Wood: Solutions for Sound Comfort in Different Spaces

Acoustics and wood form a natural combination that enables the creation of balanced sound environments in interior architecture. Natural wood finishes offer unique acoustic properties that can be optimized through specific design to achieve the required sound comfort for each spatial typology.
Certified Sustainability: LEED, BREEAM, and WELL with Parklex Prodema Products

Certified sustainability through systems such as LEED, BREEAM, and WELL is an increasingly differentiating factor in contemporary architecture. Natural wood interior finishes, when equipped with the appropriate certifications, can significantly contribute to obtaining these seals of environmental excellence and well-being.
Environmental Impact of Natural Wood Planks Compared to Other Materials

The environmental impact of natural wood planks has become a decisive factor in architectural specifications amid growing ecological awareness. A comparative lifecycle assessment of these claddings against alternatives such as ceramics, synthetic composites, or metals reveals significant advantages that go beyond mere perceptions of sustainability. Plank systems like NATURSIDING-W represent a technical evolution that maximizes these environmental…
Ventilated Wooden Facade: Operation and Bioclimatic Advantages for Sustainable Architecture

The ventilated wooden facade is one of the most effective construction solutions for achieving energy-efficient and sustainable buildings. This system combines the natural properties of wood with the physical principles of natural ventilation, creating an optimized thermal envelope that meets both indoor comfort and energy efficiency criteria.
Specification of Wood Finishes According to Building Regulations: Guide by Country

The specification of wood finishes according to building regulations requires precise knowledge of the regulatory frameworks in force in each jurisdiction. Regulatory differences between countries can significantly affect the technical and economic viability of architectural projects, especially when it comes to natural wood interior finishes in public-use buildings or those with specific safety requirements.
Biophilic Residential Spaces: Creating Healthy Homes with Natural Wood

Biophilic residential spaces represent an evolution in domestic design that prioritizes connection with nature to enhance inhabitants’ quality of life. Creating healthy homes with natural wood goes beyond aesthetic considerations to address fundamental aspects of physical and mental well-being. Implementing natural wood finishes in homes yields documented benefits, including stress reduction, improved sleep quality, and…
Fire-Retardant Natural Wood Paneling for Interiors

Fire-retardant natural wood paneling represents the convergence of two seemingly contradictory requirements: the aesthetic warmth of wood and the fire safety demanded by contemporary regulations. This balance, historically challenging to achieve, is now possible thanks to technological advancements that have transformed the fire reaction properties of wood without compromising its natural expressiveness.
Schools and Well-Being: How Natural Wood Improves Educational Spaces

Biophilic educational spaces with natural wood finishes have been shown to produce significant improvements in academic performance and the well-being of students and teachers, thereby strengthening the link between schools and well-being as a core pillar of educational design. Natural wood enhances educational spaces not only from an aesthetic perspective but through documented neuroscientific effects,…
Healthcare Architecture: Natural Wood in Hospitals and Care Facilities

Healthcare architecture has evolved toward creating “healing-supportive environments” where natural materials play a critical role in patient recovery. Natural wood finishes in hospitals and care facilities are not merely an aesthetic choice but a decision grounded in scientific evidence demonstrating their ability to accelerate healing processes and reduce the need for painkillers. The strategic incorporation…
Biophilia and Productivity: The Impact of Wood Finishes in Work Environments

The integration of biophilia and productivity in work environments has been shown to produce measurable effects on employee performance. Natural wood finishes in workplaces not only add aesthetic warmth but also trigger physiological responses that enhance concentration, reduce stress, and increase job satisfaction. Neuroscience applied to architecture confirms that visual exposure to wooden elements elicits…
Natural Wood in Wellness and Spa Spaces

The integration of natural wood into wellness and spa spaces represents a perfect convergence of technical functionality and sensory well-being. Environments dedicated to relaxation and wellness particularly benefit from the inherent qualities of wood, while technological advancements have overcome the challenges that high-humidity settings pose for natural materials.
Wall Paneling for Kitchens: Antibacterial Natural Wood

The incorporation of natural wood finishes in kitchens has experienced exponential growth in recent years, driven by technological advances that have overcome the traditional limitations of this material. These innovations have opened new possibilities for using natural wood in humid spaces like kitchens, thanks to surface treatments that not only withstand the demanding conditions of these environments…
Wood-Lined Showers and Booths: Installation and Technical Considerations

The integration of natural wood finishes in showers and booths represents one of the most demanding challenges in contemporary architectural design. Natural wood finishes in areas with direct water exposure require specific technical solutions to ensure both durability and proper structural integration.
Innovation in Bathroom Design: Water-Resistant Natural Wood

The integration of water-resistant natural wood in bathroom spaces represents one of the most significant advancements in contemporary architectural design. Traditionally, humid environments like bathrooms limited the use of wood due to its susceptibility to moisture. However, technological advancements in treatments have radically transformed the possibilities for this noble material in areas exposed to water.
Aesthetic Integration in Natural Wood Interiors: Coordination of Floors, Walls, and Furniture

The aesthetic integration of natural wood elements in interior spaces is an architectural strategy that goes beyond mere decoration to create cohesive spatial experiences where floors, walls, and furniture establish a harmonious dialogue. This material continuity generates environments where wood serves as a unifying element, enhancing its sensory qualities and creating spaces with a distinct…
Installation of Natural Wood Flooring: Systems and Professional Tips

The installation process is a critical factor in the long-term performance of natural wood flooring. Beyond aesthetics, a technically correct execution ensures dimensional stability, durability, and functionality. This guide covers the main installation systems and technical recommendations for their proper implementation in architectural projects.
Maintenance-Free Natural Wood Flooring for Interiors

Maintenance-free natural wood flooring represents a technological evolution that has radically transformed the possibilities for using this material in architectural settings. These technically advanced solutions eliminate the traditional maintenance cycles associated with wood while preserving its aesthetic and sensory qualities.
Types of Natural Wood Flooring: Technical and Aesthetic Comparison

The wide variety of natural wood flooring available in today’s market calls for a systematic classification to enable architects to establish objective selection criteria. This technical and aesthetic comparison addresses the main types, focusing on their fundamental properties, recommended applications, and specific considerations for specification in architectural projects.
Wooden Suspended Ceilings: Design, Installation, and Technical Performance

Natural wood suspended ceilings have undergone significant technical evolution, transitioning from primarily decorative elements to multifunctional construction solutions that simultaneously address aesthetic, acoustic, technical, and maintenance requirements. In contemporary architecture, these systems create spaces where the warmth of wood is complemented by advanced technical performance. The implementation of natural wood ceilings offers multiple benefits, from creating visually…
Natural Wood Acoustic Panels: Enhancing Sound Experience in Auditoriums and Offices

Natural wood acoustic panels offer a comprehensive solution for sound conditioning in architectural spaces, blending the inherent properties of wood with technically advanced designs that optimize sound performance. In the context of interior wood paneling and ceilings, wood stands out due to its fibrous and porous structure, which naturally provides superior acoustic characteristics compared to more…
Wood Wall Paneling for Interiors: Technical and Aesthetic Solutions

Wood wall paneling for interiors has undergone a profound transformation in contemporary architecture, evolving from purely decorative elements into comprehensive architectural solutions that combine functionality, durability, and aesthetic expressiveness. This evolution has been made possible by the development of high-performance natural wood panels that overcome the traditional limitations of wood while preserving its visual and tactile…
Natural Wood Flooring in Renovation Projects

Architectural renovation provides an opportunity to radically transform a space without altering its core structure. In this context, natural wood flooring represents a strategic intervention with an immediate impact on the perception and functionality of the environment. The appropriate selection of these elements must consider both aesthetic aspects and specific technical considerations for renovation projects.
Durability and Maintenance of Exterior Wood Cladding: Advanced Technical Solutions

The incorporation of natural wood in exterior facades represents an architectural decision that combines aesthetic, functional, and bioclimatic values. However, continuous exposure to environmental factors poses significant technical challenges that determine the long-term durability and performance of these systems. Current regulatory requirements and the pursuit of sustainable architectural solutions have driven the development of advanced technologies that…
Sustainability in Exterior Wood Cladding: Certifications and Environmental Commitment

Sustainability in architecture has evolved from a trend into an urgent necessity in response to current environmental challenges. Exterior wood cladding represents a highly sustainable option, provided its entire life cycle – from sourcing to end-of-life – is managed with environmental responsibility.
Exterior Suspended Ceilings with Wooden Panels: Solutions for Protected Spaces

Exterior suspended ceilings with natural wooden panels represent a high-value architectural solution, both aesthetically and functionally, for semi-covered horizontal spaces or transitional areas between a building’s interior and exterior. These wooden exterior claddings, also known as soffits, are installed in areas shielded from direct exposure to extreme weather conditions, such as porches, canopies, overhangs, spaces…
Natural Wood Planks for Facades: Sustainable Architectural Solutions

The incorporation of natural wood planks for contemporary building facades represents one of the most significant trends in modern architecture. This exterior wood cladding system has undergone remarkable technological evolution in recent decades, transitioning from a primarily decorative element to a comprehensive solution that effectively addresses multiple architectural requirements. Wood, an ancient construction material, has reclaimed a…
Natural Wood Cladding Facades: Technical Guide for Architects

The integration of high-performance natural wood cladding in facades represents an architectural solution that combines the aesthetic expressiveness of a noble material with advanced technical performance.
Technical Aspects and Certifications of Wood Finishes: Specification for Professionals

Proper specification of wood finishes for architectural projects demands thorough knowledge of current regulations. Technical standards set objective parameters that enable the evaluation and comparison of the performance of different systems available on the market.
Biophilic design with wood finishes: connecting indoor spaces with nature

Biophilic design represents an architectural approach based on the biophilia hypothesis, proposed by Edward O. Wilson in 1984, which posits the existence of an inherent connection between human beings and natural systems. This architectural approach seeks to strengthen the person-nature bond through the integration of natural elements into built spaces, both directly and indirectly.
Natural wood in wet environments: technological innovation for bathrooms, kitchens, and spas

Integrating natural wood finishes in interior spaces, particularly in wet environments, has historically been an architectural challenge due to the material’s inherent vulnerability to moisture.
Wooden wall and ceiling paneling for interiors: transforming spaces with warmth and functionality

Incorporating natural wood paneling into interior spaces represents one of the most balanced solutions in contemporary architecture, combining design, comfort, and functionality. Wooden wall and ceiling paneling for interiors goes beyond mere aesthetics, offering essential technical qualities for conditioning interior spaces across various contexts.
Natural wood flooring for interiors: durability, aesthetics, and superior performance

Natural wood flooring for interior applications represents the ideal convergence of architectural functionality and aesthetic warmth. Traditionally considered delicate and high-maintenance, this material has undergone a significant technical transformation in recent decades. Advances in treatment and composition technologies have overcome the historical limitations associated with wood as a flooring material.
Guide for architects — Exterior wood cladding: sustainable and durable solutions

TABLE OF CONTENTS 1. Introduction to Exterior Wood Cladding 2. Evolution of Wood Cladding in Contemporary Architecture 2.1. From Traditional Material to Technological Innovation 2.2. Current Trends in Exterior Wood Cladding 3. Technical Fundamentals of Exterior Wood Cladding 3.1. Behavior of Wood in Outdoor Conditions 3.2. Technological Innovations in Exterior Wood Cladding 4. Exterior Wood…
Complete guide to interior wood paneling: elegance, durability, and advanced technology

TABLE OF CONTENTS 1. Introduction to Interior Wood Paneling 2. Technological Evolution of Natural Wood Panels 3. Wood Flooring for High-Traffic Spaces 3.1. Installation Systems and Dimensions 3.2. Technical Characteristics and Resistance 4. Vertical Wood Paneling and Ceilings 4.1. Architectural Solutions for Walls 4.2. Ceiling Installation Systems 5. Applications in Wet Spaces and Special Interiors…
New Panels with Natural Timber Texture
How to install curved timber on façades and exterior soffit

Curved timber installation on façades and exterior soffits combines technical innovation and natural aesthetics. This article explores three methods —faceting, pre-curved panels, and in situ bending— applied in projects like the Moody Center, designed by Gensler and executed with Parklex Prodema panels.
Natural Timber in Social Housing at the Puente de Vallecas Eco-neighborhood, Madrid

The SFJ6 project in the Puente de Vallecas eco-neighborhood stands out for its sustainable approach to social housing. Natural timber in ceilings and facades, along with responsible materials, creates inviting spaces and encourages social interaction, improving the quality of life in this innovative urban development.
Natural Timber in Skyscrapers: Key Considerations for Regulatory Compliance

Natural timber is gaining ground in skyscrapers, such as the 50 Hudson Yards by Foster + Partners, thanks to advances in safety, fire resistance, and sustainability. In this article, we explore how to comply with building regulations by using timber in large-scale projects, ensuring both functionality and aesthetics.
How to install faceted timber panels on a ventilated façade

The faceted façade of the Tianjin Juilliard School illustrates how to incorporate natural timber panels into rainscreen cladding with complex geometries. Expansion joints and other factors are essential to ensure precision that accounts for the material's movement due to expansion and contraction.
The future of social housing and its relationship with public space

We interviewed Marina del Mármol and Mauro Bravo about their SFJ6 project, which rethinks the construction of social housing in the wake of the pandemic. The design focuses on well-being in both interior and exterior spaces, promoting social interaction and the connection between the homes and the city.
102 social housing units in the eco-neighbourhood of Puente de Vallecas, Madrid

The SFJ6 project in Puente de Vallecas, Madrid, envisions social housing designed to optimize small spaces without compromising quality of life. Featuring cross ventilation and access to balconies, the common areas encourage social interaction, incorporating warm materials like Parklex Prodema timber panels.
Timber for exteriors without maintenance: Technological advances for facades

Thanks to technological advancements in construction and architecture, natural timber can achieve levels of resistance comparable to other contemporary materials without requiring constant and costly maintenance. We review the available options for wooden exteriors in the market.
Ventilated facades: International standards and regulations

Ventilated façades, consisting of an interior layer, insulation, and a non-tight exterior layer, provide energy efficiency, acoustic insulation, and aesthetic appeal. Their installation must comply with international regulations governing thermal efficiency, health standards, fire safety, and structural integrity.
Certifications that guarantee quality and sustainability in the building industry

Sustainability in construction aims to meet current needs without compromising the future, balancing environmental protection, social equity, and economic responsibility. Parklex Prodema provides materials certified by organizations like PEFC and FSC, facilitating sustainable building practices.
Aspen Art Museum: 10 years of maintenance-free natural timber

The Aspen Art Museum designed by Shigeru Ban features a lattice of natural timber panels that acts as a thermal envelope, regulating temperature and light inside. After 10 years of extreme weather, Parklex Prodema timber has proven its durability without the need for maintenance, retaining its original aesthetics.
6 iconic architectural projects featuring natural timber

Timber, an essential material in architecture, is making a comeback in iconic projects thanks to technological evolution. From Shigeru Ban to Frank Gehry, contemporary architects are embracing innovative solutions that combine the aesthetics of timber with the durability of technological materials.
Three corporate interiors designed by RAAM architecture

Although the use of timber in interiors has been limited by its vulnerability to wear, technological advances have improved its durability, allowing for its application in high-traffic environments. We present three projects by RAAM studio that incorporate natural timber flooring, ensuring durability without the need for maintenance.
Why choose Parklex Prodema timber flooring for commercial spaces

Parklex Prodema timber flooring combines the beauty of natural timber with exceptional durability, making it ideal for high-traffic commercial spaces. With environmental certifications such as FSC and PEFC, they offer thermal and acoustic insulation, are resistant to wear, and come in a variety of finishes.
The Harry Parker Center: An example of passive architecture revitalizing the Charles River

The Harry Parker Center revitalizes a neglected stretch of the Charles River in Boston with a sustainable design that earned it the Harleston Parker Medal. The project includes two buildings, with the main one clad in Parklex Prodema timber panels that adapt to a shutter system to reduce energy consumption, combining functionality and aesthetics.
Antibacterial timber paneling

Parklex Prodema wood cladding utilizes advanced technology to provide hygienic surfaces. It eliminates 99.9% of bacteria, such as Staphylococcus Aureus and E. Coli, within 24 hours, reducing the risk of transmission. Its chemical resistance ensures protection against cleaners, extending its lifespan while maintaining its aesthetic appeal.
Foster + Partners opts for natural wood panels for the bathrooms at 50 Hudson Yards, New York

Designed by Foster + Partners, 50 Hudson Yards is the fourth-largest commercial building in New York, spanning 269,419 m². Its 58 bathrooms feature waterproof wood panelling by Parklex Prodema, chosen in collaboration with the firm. These panels provide protection against moisture and fire, while also contributing to the building's LEED Gold certification.
Timber at the Tianjin Juilliard by Diller Scofidio + Renfro

The Tianjin Juilliard School, designed by Diller Scofidio + Renfro, features four pavilions connected by glass bridges, integrating classrooms and practice rooms. The architects collaborated with PARKLEX PRODEMA to select wood panels for the exterior façade, with the Rustik finish harmonizing with the natural landscape.
Custom overlapping siding system at Frisco Public Library

Gensler's adaptive reuse project for the Frisco Public Library transforms a former Texas factory into a 14,000 m² center for reading and learning. Using PARKLEX PRODEMA panels on its façade, the design harmonizes with the local flora and reinforces its historical context, blending modern functionality with a sense of place.
On-site curved timber soffit at the University of Texas Moody Center Arena

Gensler's design for the Moody Center at the University of Texas transforms the stadium into the campus's epicenter. The timber canopy, clad with Parklex Prodema, creates a welcoming and flexible atmosphere, adapting to various events while reducing direct sunlight in the lobbies. This integration of interior and exterior spaces enhances the user experience, fostering a…
Faceted acoustic timber soffit at St. Mary’s Calne School

Woods Bagot's project for the St. Mary’s Calne School library, completed in 2020, transforms the space into an academic and social hub. The faceted soffit, designed to mimic tree branches, is made with custom Parklex Prodema panels crafted from Okume wood. This design element creates a warm and welcoming atmosphere, enhancing the library’s role as…
Concealed installation of vertical siding at Aldapeta María School

Aldapeta María Ikastetxea School incorporates geothermal energy and natural light to create efficient spaces. The Parklex Prodema wood panels, installed vertically with hidden fixings, create a harmonious contrast with the concrete, enhancing the warmth and natural appeal of the wood.
Maintenance-free timber siding in the Martino Lake House

The Martino Lake House, designed by David E. Surface on the shores of Lake Burton, blends rustic charm with advanced technology. Clad in natural wood slats from Parklex Prodema, this residence requires no recurring maintenance for its facade, as the panels offer high resistance to extreme weather conditions.
Timber construction details for interiors

The Landaburu Borda rural house integrates natural oak wood panels, harmonizing with the concrete structure. PARKLEX PRODEMA panelling and flooring provide durability and aesthetic continuity. Design details, such as mitered edges and battens for concealed fixings, ensure a clean, polished appearance, allowing the wood to expand and contract without compromising the design integrity.
Custom-made natural timber kitchen furniture

The natural wood flooring extends from the bedrooms into the bathrooms, maintaining continuity with the Country Oak finish on both the walls and furniture. The custom-made kitchen furniture is crafted using water-resistant panels in the same finish, ensuring a uniform aesthetic throughout the space.
Installation of water-resistant timber in floors, bathrooms, and shower cabins

In the bathroom of the Landaburu Borda farmhouse, natural oak wood is used to add warmth to the space. Thanks to the moisture-resistant treatment of the Parklex Prodema panels, the wood is incorporated into the walls, floors, and furniture, ensuring a cohesive visual flow with the bedrooms.