The building sector is responsible for high energy consumption and a significant portion of greenhouse gas emissions. Therefore, the transition toward more efficient and sustainable buildings involves reducing energy demand, opting for low-carbon materials, and incorporating high-efficiency systems and renewable energy.

In this context, the Technical Building Code (CTE) stands as a key tool for driving this transformation and moving toward nearly zero-energy buildings, in line with the climate neutrality goals set for 2050.

Impact of the Technical Code on the Decarbonization of Assets

The Technical Building Code (CTE) is key to the decarbonization of real estate assets in Spain, as it lays the groundwork for improving energy efficiency in buildings and complying with current regulations.

Through requirements for energy efficiency and energy savings, the CTE has helped reduce energy consumption and emissions in buildings, particularly through improvements in insulation, building systems, and the use of renewable energy.

It has also promoted the adoption of technologies such as solar photovoltaic and thermal energy, reducing dependence on fossil fuels and lowering CO₂ emissions associated with building operations.

Thermal Bridge Mitigation and Thermal Envelope

The building envelope consists of all the elements that separate the interior from the exterior, such as facades, roofs, floors, openings, and windows and doors, and its primary function is to reduce heat loss and gain in order to maintain comfortable conditions with minimal energy consumption.

Thermal bridges are areas where greater heat transfer occurs due to structural discontinuities or changes in materials. These points cause energy loss and increase the demand for heating and cooling.

High-efficiency systems: geothermal energy and renewable energy

High-efficiency systems play a key role in decarbonizing buildings and reducing energy consumption. The goal is to replace fossil fuel systems with more efficient and sustainable technologies capable of providing heating, cooling, and hot water with a lower environmental impact.

Aerothermal energy harnesses the energy contained in the outside air using high-efficiency heat pumps. This technology is capable of generating more thermal energy than it consumes.

Meanwhile, renewable energy sources, particularly solar photovoltaic and solar thermal energy, enable the production of clean energy and reduce dependence on fossil fuels. Solar photovoltaic energy generates electricity for self-consumption, while solar thermal energy is used for domestic hot water production.

Selection of Low-Carbon Building Materials

The selection of materials is a crucial aspect, as it aims to reduce emissions generated during the manufacturing, transportation, and use of building materials.

Traditional materials such as cement and steel have a significant environmental impact; currently, the use of sustainable building materials—such as certified wood, recycled materials, and natural insulation—is being promoted.

Tools such as Life Cycle Assessment (LCA) and Environmental Product Declarations (EPD) are used to evaluate their environmental impact.

This strategy is essential for making progress toward the climate neutrality goals promoted by the European Union for 2050.

The future of construction lies in decarbonization

The combination of technology, energy retrofits, and sustainability criteria is transforming the real estate sector toward nearly zero-energy buildings that are prepared for a climate-neutral future.

Sustainable buildings are gaining greater value in the market due to their ability to adapt to new regulatory requirements, reduce risks associated with energy consumption, and offer better living conditions.

All of this reflects our commitment to more responsible construction. We invite you to learn more about our approach to  sustainability and some of our projects  projects on our website.

La entrada DECARBONIZATION STRATEGIES IN THE BUILDING SECTOR: COMPLIANCE WITH THE CTE AND 2050 GOALS se publicó primero en Malasa.

The planning of hotel furnishings directly influences the guest experience, maintenance costs, and the establishment’s operational profitability. A poorly conceived design can lead to premature replacements, constant issues, and hidden costs associated with wear and tear, while a well-executed technical project optimizes resources and extends the furniture’s lifespan.

Industrial design applied to custom hotel furnishings

In contract projects, design cannot be limited to visual considerations; it must also take into account other factors such as ergonomics, structural strength, ease of maintenance, and logistical optimization.

When selecting furniture for hotels, it is essential to first assess how each piece will be used. Furniture for a standard guest room does not require the same features as that for common areas, restaurants, reception areas, or outdoor spaces.

Contract furniture for hotels allows you to:

• Greater resistance to wear and tear and continuous use.
• Efficient use of available space.
• Aesthetic consistency in guest rooms and common areas.
• Enhancing the guest experience through functional and comfortable designs.

Precision Carpentry: Precision in Manufacturing and Assembly

Technical joinery for hotels is one of the cornerstones of custom hotel furniture manufacturing. Its role goes far beyond traditional carpentry work.

In large-scale hotel projects, even small dimensional deviations can compound and lead to significant operational problems. For this reason, technical manufacturing requires rigorous quality control protocols at every stage of the project.

The use of automated machinery ensures consistent finishes, optimizes production times, and reduces human error. Additionally, modular prefabrication facilitates on-site installation, shortening completion times and minimizing interference with other project components.

Selection of materials and finishes for heavy-duty commercial use

The choice of materials is one of the most important factors in ensuring the durability of hotel furniture. Furniture must withstand impacts, frequent cleaning, humidity, temperature fluctuations, and high user turnover.

Selecting materials based solely on aesthetic criteria often results in higher maintenance and replacement costs in the medium term.

Among the most commonly used materials in technical woodworking for hotels are:

• High-density engineered panels.
• Phenolic compacts.
• High-performance HPL laminates.
• Stabilized engineered wood.
• Treated metal structures.
• Antibacterial and scratch-resistant surfaces.

The right combination of design, structure, and materials significantly extends the lifespan of the furniture, reducing the need for replacements and improving the return on investment.

Cost Optimization in Hotel Furniture Through Preliminary Design

Custom forniture doesn’t necessarily mean building every piece from scratch. One of the most efficient approaches is to combine customization with modular systems.

Modules allow you to:

• Reduce manufacturing costs by reusing components
• Simplify on-site assembly and installation
• Replace specific parts without having to replace the entire assembly

It is an effective strategy for optimizing costs. Designing standardized parts that can be adapted to different configurations helps reduce the number of part numbers, streamline production, and facilitate future restocking.

Summary of Key Technical Considerations for Hotel Furniture

Hotel furniture design requires a balanced combination of design, functionality, durability, and cost-effectiveness. The key to developing efficient contract projects lies in adopting a comprehensive technical approach.

Applying industrial design principles helps optimize manufacturing, installation, and maintenance. Technical joinery for hotels ensures precision and structural reliability, while the proper selection of materials guarantees adequate performance under intensive use.

In an industry like the hotel sector, investing in well-designed contract furniture solutions not only enhances the guest experience but also directly contributes to the business’s long-term profitability and sustainability. At Grupo Malasa, we’ve been in the industry for over 30 years and are suppliers of hotel furniture; you can view our hospitality sector projects.

La entrada CUSTOM FURNITURE FOR HOTELS: ¿HOW TO OPTIMIZE COSTS AND INCREASE DURABILITY? se publicó primero en Malasa.

Below, we outline the key differences between PEFC and FSC certification, their technical requirements, and the benefits each offers for sustainable forest management.

Differences between PEFC and FSC Certification

Both certifications share a common goal: to ensure that forest products come from sustainably managed forests. However, they differ in their approach, structure, and standards.

FSC (Forest Stewardship Council) certification began as an international, voluntary initiative that promotes forest management that is environmentally sound, socially beneficial, and economically viable.

Meanwhile, PEFC (Programme for the Endorsement of Forest Certification) certification was launched in 1999 by forest owners, particularly in Europe, and is based on the recognition of national systems tailored to each country.

Requirements for obtaining Certification

To obtain forest certification—whether FSC or PEFC—it is necessary to meet a series of requirements that ensure sustainable forest management and product traceability.

Requirements for FSC Certification

• Application of international standards adapted to the local context.
• Independent audits conducted by accredited organizations.
• Compliance with environmental, social, and economic criteria.
• Monitoring and documentation of the chain of custody (CoC).

Requirements for PEFC certification

• Application of national standards recognized by the PEFC system.
• Assessment by accredited bodies.
• Procedures that can be adapted to the size and type of property.
• Records that ensure sustainability and traceability.

Benefits of each Certification

Benefits of FSC Certification

• High international recognition.
• Strict standards for sustainability and social responsibility.
• Enhances the products’ eco-friendly image.

Benefits of PEFC Certification

• Greater flexibility and adaptability to local conditions.
• Extensive forest cover.
• Particularly well-suited for large-scale industrial production.

In short, both FSC and PEFC certification play a key role in sustainable forest management and in ensuring the traceability of wood. The choice between the two will depend on each company’s approach and needs.

At Grupo Malasa, we hold FSC and PEFC certifications, which underscore our commitment to sustainability, responsible forest resource management, and traceability throughout all our production processes. You can learn more about our environmental policy and certifications in our Sustainability section.

La entrada PEFC AND FSC CERTIFICATION: DIFFERENCES, REQUIREMENTS, AND BENEFITS se publicó primero en Malasa.

The latest interior design trends

Interior design in 2026 is moving towards warmer, more personal and welcoming spaces, leaving behind the extreme minimalism that has dominated recent years. Trending colours this year include earthy tones, soft greens and deeper shades such as olive green and anthracite grey, combined with natural materials like wood, linen and ceramics that add texture and authenticity.

Curved furniture shapes are becoming increasingly popular, alongside a strong presence of handcrafted and vintage elements. Contemporary interior design is focused on wellbeing, comfort and spaces adapted to everyday living.

Timeless classics still reign

Although trends evolve, several timeless elements continue to dominate interior design in 2026 because they are versatile, elegant and easy to adapt to modern styles.

In furniture design, personal and functional pieces such as comfortable sofas, solid wood tables and bespoke bookshelves remain essential, bringing both character and practicality into the home. Decorative architectural details are also continuing to thrive, including ceiling mouldings and wall panelling, classic elements that add personality and sophistication to any space.

Say goodbye to these interior design trends

In 2026, while some trends are rising, others are gradually losing popularity. Many of these outdated styles now feel too cold, impersonal or artificial for the kind of homes people want today.

As mentioned earlier, extreme minimalism and overly empty spaces are fading away because they no longer feel warm or inviting. Likewise, the excessive use of grey and cool tones is becoming less popular, as these colours can appear monotonous and emotionally flat.

Another style losing relevance is the “catalogue interior” look — homes that appear copied directly from a showroom without any personal touch. Current trends value authenticity, individuality and imperfect beauty much more.

How to adapt your home to the 2026 interior design trends

Adapting your home to the 2026 interior design trends does not require a complete renovation. Small and strategic changes can bring warmth, personality and a stronger connection with natural elements.

Simple updates such as replacing cool tones with earthy colours, soft greens or richer shades can completely transform a space. Painting a feature wall or changing textiles like cushions and curtains can make a significant difference. Incorporating natural materials through wooden side tables, linen fabrics or ceramic accessories is another effective way to update your home.

Adding personal or handcrafted decorative elements — such as photographs, artwork or handmade ceramics — also helps create a home with greater identity and character.

Interior design in 2026 is all about creating warm, natural and personal spaces where trends serve as inspiration rather than strict rules. The goal is to design a home that truly reflects who you are and where you genuinely feel comfortable. If you are looking for professional guidance to achieve this balance, our interior design studio can help you create the home you envision for 2026.

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