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Columbia, MO - Temporary Construction Walls

  • Global Wrap®
  • Sep 24
  • 1 min read
Exterior view of completed temporary construction walls providing temporary dry-in and building wrap in Columbia Missouri

Category: Education


Size: 19,200 Square Feet


Job Story:


This large construction project in Columbia, MO required a fast and effective temporary dry-in system to keep their interior protected during ongoing work. Global Wrap was brought in to install our temporary construction walls, providing reliable temporary weather protection to allow this project to keep its schedule on track.


The scope totaled 19,200 square feet of building containment throughout the entire building. During the project, the client requested additional sections to be wrapped for protection, and the addition of a large scale framed equipment door, and our crew adapted seamlessly to the additional requests. Working through heavily trafficked spaces around other subcontractors, our team maintained the necessary speed and efficiency that was required to keep the project moving forward.


As we do with all our exterior protection projects, we utilized our 12-mil fire-retardant shrink wrap to create a weather-tight building wrap system that delivered dependable weather protection. Despite the added work and challenging conditions, the installation was completed efficiently, allowing the interior to remain dry and construction to progress without delays.



Outside perspective of Global Wrap temporary containment system delivering weather protection and building protection on active construction site in Columbia MO


Installer on scissor lift building containment walls with 12 mil fire-retardant shrink wrap for temporary dry-in and weather protection in Columbia Missouri


Panoramic interior view of completed temporary construction walls showing building containment and dry-in system in Columbia Missouri


Interior photo of finished Global Wrap temporary containment walls providing building protection and weatherproofing at Columbia MO project

 
 
 

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