On November 8, 2011, voters of Lago Vista Independent School District approved a $29.6 million bond referendum to fund construction, acquisition, renovation and equipment of school facilities. Ground broke for the new and improved high school on November 19, 2012 and finally aome to completion in time for the upcoming 2014 school year. The building is clad with Fabral’s Fabrib for the walls and site formed Powerseam with shadowlines for the roof.
Lago Vista High School
Project Details
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- 26 gauge Stone Gray Fabrib
- Site formed 16″ x 24 gauge Galvalume Clear Coat Powerseam
- Acoustical Engineer: Brent Smith – Boner Associates Inc
- Architect: Mike Shelford – Fromberg Associates Ltd
- Civil Engineer: Larry Fisher – Hagood Inc
- Construction Manager: Baird Williams Construction Ltd
- Lighting: Texas Scenic Company
- Mechanical and Electrical Engineer: Keith Mavs – Hendrix Consulting Engineers
- Owner: Robert Zingelmann – Lago Vista ISD
- Structural Engineer: Gary Jaster – Jaster Quintanilla & Associates
- 26 gauge Stone Gray Fabrib
- Site formed 16″ x 24 gauge Galvalume Clear Coat Powerseam
- Acoustical Engineer: Brent Smith – Boner Associates Inc
- Architect: Mike Shelford – Fromberg Associates Ltd
- Civil Engineer: Larry Fisher – Hagood Inc
- Construction Manager: Baird Williams Construction Ltd
- Lighting: Texas Scenic Company
- Mechanical and Electrical Engineer: Keith Mavs – Hendrix Consulting Engineers
- Owner: Robert Zingelmann – Lago Vista ISD
- Structural Engineer: Gary Jaster – Jaster Quintanilla & Associates
Color Details
Fabral colors Stone Gray and Clear Coated Galvalume were chosen for this project. These colors support the sustainable initiative.
Project Gallery
Product Details
PowerSeam™
When curving is required for a design, this mechanically seamed structural standing seam roof panel can bend to create the desired look
PowerSeam™
Maximum Panel Length: 47′Minimum Panel Length: 6′Test Data
Wind uplift UL90 #90, 176, 180, 238, 548, 549 Air infiltration ASTM E283ASTM E1680 .01 @ 15 psfLess than .01 @ 1.57psf Water penetration ASTM E331ASTM E1646ASTM E2140 No water @ 6.24 psfNo water @ 16 psfNo water at 6 hours
PowerSeam Wind Uplift Loads (PSF)
Substrate Width 3.0’ 3.5’ 4.0’ 4.5’ 5.0’ 24 g steel 12” 53 53 53 53 53 24 g steel 18” 35 35 35 35 35 22 g steel 12” 70 70 70 70 70 22 g steel 18” 47 47 47 47 47
Fabrib
An economical and versatile wall or roof panel with bold design appeal
Fabrib
Minimum Roof Slope: 2 1/2: 12Hail Resistance: UL2218, Class 4Fire Resistance: UL790, Class AMaximum Panel Length: 30′ steel, 17′ aluminumMinimum Panel Length: 6′
PowerSeam™
When curving is required for a design, this mechanically seamed structural standing seam roof panel can bend to create the desired look
PowerSeam™
Maximum Panel Length: 47′
Minimum Panel Length: 6′
Test Data
| Wind uplift | UL90 | #90, 176, 180, 238, 548, 549 |
| Air infiltration | ASTM E283ASTM E1680 | .01 @ 15 psfLess than .01 @ 1.57psf |
| Water penetration | ASTM E331ASTM E1646ASTM E2140 | No water @ 6.24 psfNo water @ 16 psfNo water at 6 hours |
PowerSeam Wind Uplift Loads (PSF)
| Substrate | Width | 3.0’ | 3.5’ | 4.0’ | 4.5’ | 5.0’ |
|---|---|---|---|---|---|---|
| 24 g steel | 12” | 53 | 53 | 53 | 53 | 53 |
| 24 g steel | 18” | 35 | 35 | 35 | 35 | 35 |
| 22 g steel | 12” | 70 | 70 | 70 | 70 | 70 |
| 22 g steel | 18” | 47 | 47 | 47 | 47 | 47 |
Fabrib
An economical and versatile wall or roof panel with bold design appeal
Fabrib
Minimum Roof Slope: 2 1/2: 12
Hail Resistance: UL2218, Class 4
Fire Resistance: UL790, Class A
Maximum Panel Length: 30′ steel, 17′ aluminum
Minimum Panel Length: 6′