Wayne Dalton Thermospan® Model 150
When thermal efficiency is important but strength, rigidity, and durability can’t be compromised, Wayne Dalton’s Thermospan® Model 150 polyurethane-insulated sectional steel door is the efficient choice. The Thermospan® line of doors are the most rigid in the industry, providing protection from moisture corruption through innovative construction.
Product Specs
Construction
- Patented foamed-in-place technology bonds polyurethane core to hot-dipped galvanized inner and outer skins
- Sectional steel door with polyurethane-insulated core
- Patented, roll-formed integral struts on each section
- 27-gauge exterior steel
Features
- Thermal break keeps the interior skin at room temperature preventing condensation and frost
- Inner and outer skins are hot-dipped galvanized steel and provide corrosion-resistance
- Flush door embossed grooves on the outer skin adds strength
- Joint seal prevents air infiltration and helps save energy
- 10,000 cycle standard spring
- R-value 14.16, U-Factor 0.14
Options
- Lite options: Vision Lites or Full-View Lites
- Chain hoist operation
- Motor Operation
- Sensing edges
- Photo eyes
- High cycle spring (25k, 50k, 100k)
- 3” Track
- Solid shafts
- Perimeter weather seal
- Special track designs
- Mullions
Brochure
Highlights
| Material | Galvanized Steel | |||||||||||||||
|
R-Value ? R-value measures how well a material resists heat flow: the higher the R-value, the better the insulation. For doors, a higher R-value helps improve energy efficiency by keeping indoor temperatures more stable. R0-R6 = 1 star | 14.16 (★) | |||||||||||||||
|
U-Factor ? U-Factor measures how well a door keeps heat from escaping. The lower the number, the better the insulation. Unlike R-Value, which only measures material resistance, U-Factor reflects the performance of the entire door system, making it a more accurate measure of energy efficiency.
| 0.14 (★★★) | |||||||||||||||
| Uses | Sectional Doors |
