Mission Critical

Faster Enclosure for Projects That Can’t Afford Delays

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When you’re building a data center or other mission-critical facility, every day matters. Tight schedules, labor constraints and complex coordination leave little room for delays.

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The HyperWall™ building enclosure system helps you close buildings faster through a highly engineered, prefabricated approach that reduces field labor, simplifies installation and enables better schedule stacking.

Download the Mission Critical Flyer

Hyperwall At a Glance

HyperWall panels made for mission critical projects such as data centers offer numerous benefits over alternative materials and formats.

Advantages compared to precast concrete
- ~15% the weight — a typical data center wall weight is 11-16 psf, compared with 80-100 psf for precast
- Can be installed in 50% less time
- 7-9 as many panels can be transported per truck
- At least 50% less embodied carbon in the panel system
Typical install rate of approximately 20 panels/day/crane
- A typical crew can install 200+ panels per week with 2 lightweight cranes.
Superior thermal insulation: R-values of at least 2.8 ft²·°F·h/BTU per inch
Built-in vapor and moisture barriers
Standard panel sizes up to 12 x 41 feet
Factory-installed glazing available
Complete exterior solution significantly reduces on-site trades

Why Mission-Critical Projects Need a Different Approach

Mission-critical construction operates under unique pressures:

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Aggressive delivery schedules
Large building footprints
Multiple trades working simultaneously
Limited labor availability
High costs associated with delays

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Traditional enclosure approaches often add complexity to already demanding projects. More installation steps, more site activity and more coordination requirements can create unnecessary schedule risk. You  need an enclosure strategy that supports speed, efficiency and execution in the field.

Construction workers in safety gear guide a large concrete slab being lifted onto a flatbed truck.

Construction site where a crane lifts a tall gray panel beside a red Skyjack lift and workers in safety gear.

Close Mission-Critical Buildings as Much as 50% Faster and With Less Risk

The HyperWall system offers complete structural and architectural replacement for any exterior building skin system. It’s designed to help complex job sites achieve faster enclosure with lighter equipment, fewer deliveries, less welding and better trade coordination.

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In addition, the HyperWall system combines all four critical control layers — thermal, water, air and vapor — into a lightweight, monolithic panel that accelerates installation, lowers overall costs and reduces risks.

The HyperWall System Versus Precast and IMP

Mission-Critical Priorities	The HyperWall System	Insulated Precast Concrete	Preinsulated Metal Panels (IMP)
Speed to Enclosure	Fastest path to dry-in: Install potential of 20+ panels/day/crane Can be tilted up without special rigging or risk of cracking	Slower install rate: ~10 panels/day/crane Requires special rigging to prevent cracking during tilt up	Fast install but often requires more: Secondary framing Trim and envelope detailing
Jobsite Logistics	Significantly reduces site congestion: 7-9 panels/truck Smaller crane requirements	Increases site congestion: 1 panel/truck Larger crane footprint More delivery coordination	Moderate logistical impact: Lightweight and easy to ship More field pieces More coordination points
Safety	Safer installation profile: Lighter panels Smaller picks and equipment Fewer trucks and people No welding	Lower safety profile: Heavier picks Larger cranes More trucks Higher handling risk	Lightweight, but more field assembly and detailing work can increase exposure hours
Durability	Ideal for mission-critical environments: Corrosion resistant Nonconductive Dimensionally stable Field repairable	Durable but more susceptible to: Cracking during tilt up Spalling over time	More vulnerable to: Dents Finish damage Oil canning Long-term joint maintenance
Structure	Monolithic wall system: Structure Insulation Environmental control layers	Proven structural system but with significant weight and logistics impacts	Primarily an enclosure/cladding system; typically relies on backup structure
Security/Resilience	More robust than IMP: Monolithic structural panel is harder to breach Can be engineered for project-specific blast requirements	Strong mass and security benefits but with heavy constructability tradeoffs	Lower forced-entry resistance compared with monolithic wall systems
Schedule Stacking	Enables better parallel work: smaller cranes and fewer deliveries allow exterior yard work, utilities and pads to progress alongside wall erection	Large crane footprint can restrict parallel work and site access	Can support fast enclosure, but field detailing and backup framing may limit sequencing gains
Best-Fit Profile	Best solution for clients who need to build faster with: Less congestion Safer installs Durable, mission-critical performance	Best for traditional conservative delivery where weight and slower logistics are acceptable	Best for lower-risk enclosure needs where upfront simplicity is prioritized over structural/security performance

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Build for Sustainability and Long-Term Value

The HyperWall system offers sustainability advantages that extend beyond the building enclosure itself. Its lightweight construction can reduce the steel framing and foundation mass required to support exterior walls, helping lower the material footprint of the overall project. Combined with lifecycle energy savings and at least 50% less embodied carbon in the panel system compared with precast concrete, HyperWall can contribute to more resource-efficient construction.

Its lighter weight means more panels can be transported per truck, reducing the number of deliveries and associated transportation emissions. Structural composites are inherently resistant to UV radiation, chemicals, vapor, moisture and high temperatures. This durability helps support long-term enclosure performance.

Support From Concept to Installation

Its lighter weight means more panels can be transported per truck, reducing the number of deliveries and associated transportation emissions. Structural composites are inherently resistant to UV radiation, chemicals, vapor, moisture and high temperatures. This durability helps support long-term enclosure performance.

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To reduce costs and leverage regional labor availability, installation is typically subcontracted using a local workforce, either managed by Building Composites or hired by the general contractor.

Let’s Talk About Your Project

Talk with Building Composites about your schedule, enclosure goals and project challenges to learn whether the HyperWall building enclosure system is a fit for your next facility.

Discuss Your Mission-Critical Project