top of page
image (19).png

Wood Structures

The Best Choice for Eco-Friendly, Sustainable Homes

Green Heritage designs and delivers Timberframe, Post and Beam, and CLT structures, crafted in select European factories, primarily in Austria and Germany, with longstanding expertise. Our structures are made from sustainably sourced, certified wood, carefully processed with CNC precision, and delivered directly to each site in Portugal for rapid assembly.

Our user-friendly assembly manuals mean that no special qualifications are required for setup—just the guidance of an experienced supervisor and standard safety measures.

From small eco-friendly residential structures to large-scale projects, Green Heritage and its partners provide tailored solutions for sustainable construction in Portugal, combining eco-conscious materials with high-quality and fast assembly, ideal for modular homes or innovative architectural projects.

Timber Frame Construction - A Heritage of Strength and Sustainability

Timber frame construction is one of the oldest and most resilient building techniques, dating back thousands of years. Deeply rooted in Europe, this method gained prominence during medieval times, especially in regions like England, France (colombage), and Germany (Fachwerk), where timber was both plentiful and integral to architectural style. This method relies on a robust framework of heavy timber beams that interlock to form the core structure, creating highly durable and energy-efficient homes. Historically, spaces between these beams were filled with natural materials, such as mud, straw, or wattle and daub.

In Portugal, the technique, known as “pombalino”, has been used for centuries, especially in areas with access to quality timber. Today, this architectural style remains visible in historic towns and villages, embodying a sustainable building tradition that adapts to different climates and landscapes across Europe.

A Proven, Sustainable Building Method

Timber framing combines aesthetic appeal with structural resilience. European timber-framed homes have withstood centuries of use, weather fluctuations, and evolving architectural trends. Hardwood timber, such as oak, was chosen for its strength and flexibility, allowing structures to adapt to seismic and environmental stresses while also providing natural insulation.

Innovative Timber Frame Construction at Green Heritage

At Green Heritage, we bring this time-honored method into the modern age, combining traditional craftsmanship with advanced CNC (Computer Numerical Control) precision technology. Our timber frames, manufactured in Austria and Germany—countries known for their expertise in sustainable construction—are crafted to maximize precision, minimize errors, reduce waste, and accelerate build times, ensuring a high-quality, eco-friendly construction.

image (90).png
IMG-20220906-WA0058(2).jpg
Nordic Sustainable Timber

We mainly use certified Nordic sustainable timber to ensure long-lasting structures and environmental responsibility. CNC precision allows each component to be tailored perfectly to each project, enhancing both structural integrity and modern aesthetic appeal.

Enhanced Insulation with Natural Materials

To elevate the traditional timber frame construction, we add natural insulation materials such as Portuguese cork. Cork, harvested from local cork oak trees, provides lightweight yet highly effective thermal insulation. Hemp further enhances sound and thermal insulation, helping regulate interior temperatures and reinforcing the eco-friendly profile of Green Heritage homes.

Cross Laminated Timber (CLT) - Sustainable, Durable Construction

Cross-Laminated Timber (CLT) is a durable, solid wood panel known for its exceptional strength and resilience. Composed of perpendicular timber layers, CLT enhances stability and load-bearing capacity, making it ideal for multi-story and high-stress buildings. These panels offer excellent insulation and a natural aesthetic, valued by architects and designers. CLT is sustainable, made from renewable resources with a lower environmental impact than concrete or steel. Its lightweight nature also simplifies transport and assembly, reducing construction time and costs. These features have made CLT a popular, eco-friendly choice in modern construction.

Here are some examples of buildings constructed with CLT:

Durability and Structural Integrity

 

One of CLT’s standout features is its incredible durability. The cross-laminated design makes CLT resistant to warping, shrinking, and swelling, even under varying environmental conditions. It is also fire-resistant, as the dense, layered timber chars on the outside in a fire, protecting the inner layers and maintaining structural integrity for a longer time compared to other materials. CLT’s structural strength rivals that of concrete and steel, allowing it to be used for multi-story buildings, residential homes, and commercial structures alike.

Green Heritage Eco Homes

Environmental Sustainability

CLT is a highly sustainable and eco-friendly material that sequesters carbon dioxide and is sourced from sustainably managed forests in Portugal. Its lower embodied energy compared to concrete and steel makes it an excellent choice for building sustainable houses with minimal environmental impact.

Applications and Advantages of CLT

CLT panels are versatile, suitable for walls, floors, roofs, and entire structures, enabling open and flexible interior designs. Their impressive strength-to-weight ratio simplifies transport and handling, while their thermal and acoustic insulation properties enhance energy efficiency and comfort in sustainable homes.

Green Heritage's "Secret"

Our expertise and production capabilities come from partnering with the largest global CLT companies. At Green Heritage, based in Portugal, we collaborate with top manufacturers to ensure high-quality, eco-friendly CLT panels. Enhanced with insulation materials like cork and hemp, our CLT solutions enable us to create resilient, sustainable houses that reflect our commitment to environmental stewardship.

bottom of page