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Cofre de Perote

Cofre de Perote

In the heart of Mexico City’s vibrant Lomas de Chapultepec district, the Cofre de Perote office building has stood as a striking architectural landmark since 2024. Designed by DMA Demurga Arquitectos, the building blends modern aesthetics with functional sustainability. A key feature of this balance is the building’s façade, which utilizes EGLA-MONO 4991 architectural mesh from Haver & Boecker.

Architectural Mesh as a Functional Eye-Catcher
The façade of the "Cofre de Perote" spans over 200 square meters and consists of mesh elements secured with tension strips and clevis screws. Each element measures approximately 8.50 by 2.50 meters.
With a weight of approximately 6.3 kg/m², EGLA-MONO 4991 features a sleek, uniform appearance with an open area of about 54%. Its clear, filigree structure is both visually appealing and functional.

Efficient Solar Shading and Sustainable Energy Savings
Effective solar shading is essential to minimizing the amount of heat entering the building and reducing energy consumption for air conditioning. Solar shading is particularly important in sunny regions, such as Mexico City. The Architectural Mesh EGLA-MONO 4991 delivers just that. Thanks to the combination of its mesh structure, semi-transparency, and the reflective nature of the stainless steel surface, it effectively absorbs and reflects the sun’s heat before it penetrates the building. This helps maintain a comfortable indoor temperature, which, in turn, leads to a reduction in energy consumption for air conditioning. Despite its shading performance, the 54% open area still allows natural lighting and outward visibility. This combination of shading and transparency reduces the need for interior lighting during the day.

Architectural Mesh: Aesthetics Meets Durability
EGLA-MONO 4991 combines unique aesthetics with high functionality. Constructed from stainless steel, the mesh is durable, corrosion-resistant, maintenance-free, and fully recyclable at the end of its life cycle.
The use of stainless steel mesh not only supports the aesthetic and functional requirements of modern architecture, but also contributes to sustainable building concepts.

Installation of the Mesh Façade 
Each mesh element was tensioned vertically across the façade and attached to the substructure using a specialized system of tensioning strips, clevis screws, and compression springs. Installation was completed in collaboration with Porcer, based in Mexico City. This project is a prime example of how HAVER Architectural Mesh can contribute to sustainable, visually compelling architectural solutions.


Photos: © Porcer, S.A. de C.V.

City

Mexico City, Mexico

Application

façade, sun protection

Object Type

office buildings

Architect

DMA Demurga Arquitectos
Project SheetArchitectural Mesh EGLA-MONO 4991

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