Strong, Visually Appealing Doors for Moderate Commercial Applications
The Wayne-Dalton 2411 Steel Sectional Door is designed to provide commercial strength at a very competitive price. The embossed exterior skin features a stucco finish to enhance the buildings appearance, while C-shaped vertical stiles on the doors interior provide added strength and allow quick, secure hinge attachment. End stiles wrap around the exterior of each section to protect the section face from wear caused by the door jambs.
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Insulated Sectional Steel Doors
Cut Your Total Cost
Wayne-Dalton’s Thermospan® 125 doors feature continuous foamed-in-place polyurethane insulation and standard joint seal that provide an R-value of 10.79. At this price point, the construction provides a substantially higher thermal efficiency than industry standard polystyrene doors.
The Wayne-Dalton Thermospan Series doors are the only doors in the industry with patented, roll-formed integral struts on each section, making them the most rigid doors available.
Ideal for applications where energy efficiency is important, and competitive cost is essential, Wayne-Dalton’s Thermospan 125 sectional door features a foamed-in-place polyurethane core firmly bonded to hot-dipped galvanized inner and outer skins.Integral roll-formed struts per section add rigidity and strength, making the Thermospan 125 suitable for commercial and industrial applications. The patented Thermospan design demonstrates that overhead doors need not be the weak link in an energy-efficient building.
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Insulated Sectional Steel Doors
Premium Thermal Efficiency
Wayne-Dalton Thermospan® 200 provides premium thermal efficiency and low maintenance costs, resulting in a door that costs less to own. Continuous foamed-in-place polyurethane insulation and a non-conductive thermal break between the inner and outer skins combine to provide a U-value of .057 and an R-value of 17.50.
The secret behind this exceptional energy efficiency is Wayne-Dalton’s patented manufacturing process, during which the polyurethane core is continuously foamed-in-place between the outer and inner steel skins to form a homogenous sandwich of steel/polyurethane/steel. The technique produces outstanding thermal, strength and bonding characteristics. Additionally, a non-conductive thermal break virtually stops hot or cold outside temperatures from being transmitted to the inside.
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