BIOCLIMATIC PERGOLAS
WHAT ARE ALUMINUM PERGOLAS?
Gardens, terraces, penthouses, balconies, or porches: bioclimatic aluminum pergolas are the perfect structure for any outdoor space. Trends change, and with them, the materials used in construction and architectural elements.
Thanks to its great benefits, aluminum has established itself as the favorite tool for many applications: doors, windows, enclosures, facades, railings and, of course, pergolas.
En CODEVALAware of the versatility of this material, we incorporate it into the different services we offer both nationally and internationally. We manufacture bioclimatic pergolas in aluminum of the highest quality and adapted to any space. We offer the best cost-benefit-performance ratio on the market, which has made us the benchmark company for many architects, builders and professionals in the sector.
ADVANTAGES OF OUR ALUMINUM PERGOLAS
aluminum pergolas that we manufacture offer numerous benefits, which is why they are the preferred choice for a large number of customers.
Some of them are as follows:
- Resistance to inclement weather. Even if they are in constant exposure to the sun, rain or wind, aluminum does not damage or rust.
- Modern, geometric and minimalist design that fit in with different architectural environments and that also hide all the motorization.
- Minimal maintenance. Aluminum is very easy to maintain and has great resistance. No need to sand, paint or apply protective varnishes.
- They retain the original color. Aesthetically speaking it is one of the best options to choose, since the color does not deteriorate and maintains its original brilliance for a long time. You can choose color between the different options of the RAL and Futura charts.
- They are light. Unlike other materials, aluminum is lightweight and therefore easier to move and assemble than steel or wood.
The wide range of optional elements such as: LED lighting, audio system, heating or perimeter enclosures (lattices, glass curtains or sliding glass systems) that can complete the project.


