Alpbau designs, manufactures, and builds exceptional glulam wooden structures.
Alpbau is an expert in the design and building of remarkable glulam wood structures, such as custom glulam wooden designs and glulam wooden pavilions. In addition to having all required licenses, Alpbau participates in multiple SROs related to design and construction.
Alpbau also guarantees comfort and ease throughout the entire project lifecycle with all-inclusive consulting and support services. Superior outcomes in every project throughout the Middle East and North Africa are guaranteed by proficiency in creating custom glulam wood structures.
The winners of the “Architectural Solution” nomination
Alpbau specializes in glulam wood solutions for large, intricate structures that are affordable and efficient. Sturdier and more robust than steel, glulam provides creative and environmentally friendly building solutions. Sports structures, contemporary architecture, and custom glulam wooden designs are among Alpbau’s areas of expertise.
Alpbau takes great satisfaction in providing long-lasting and environmentally responsible glulam wood structures that offer excellent functionality and performance. Alpbau provides innovative outcomes for a variety of projects by bridging creative architectural solutions with useful applications.
Alpabu is an experienced international architectural and construction company.
Alpbau’s glulam wood products combine comfort, contemporary design, and eco-friendly materials in a unique way to ensure long-lasting quality. They serves a broad range of applications with Alpbau’s custom glulam wooden designs and glulam modern architecture, enabling the construction of structures and designs of any size without sacrificing durability.
Alpbau’s glulam structure’s modular technology allows considerable logistical savings without sacrificing environmental consciousness. Their glulam wood building system’s components are all made in tight accordance with global technological standards, guaranteeing superior performance and architectural elasticity.