Everest 850-C: Casement
Everest 850-A: Awning

The Everest casement and awning windows remain the elite class in the window marketplace for many reasons.


Safety & Noise
Missile Impact Sound Abatement	Security Advantages Fire Heat Resistance
Maintenance & Installation
Vermin Resistant Basic Care	Resilient Metals Helping Installers
Energy
Glare Selecting Your Glass Why Aluminum Lasts Longer I Passive Solar Energy Why Aluminum Lasts Longer II	Hybrid Energy Blockers Unique Glazing Selections Balance Preserving Art
Hardware
Dual Arm Operators Optional Butt Hinges Coastal Hardware Upgrade	Product Family = Variety Full Length Latching
Green Friendly
Sustainable Design Coated With Logic Lasting Decades Constructed With Recycled Glass Constructed With Recycled Aluminum Eco Smart	Environmentally Preferred Fire Induced Toxic Fumes Landfills Impacted Preserving Rainforests No VOCs Released
Strength & Beauty
Tucked Away Big Sizes Declining Sill Strength Of Each Corner Beveled Profile	Problems Diverted 1 Problems Diverted 2 Hidden Thickness Heavy Duty Screen Frame Fixed & Operable Symmetry
Corrosive Climates & Finishes
Anodic Colors Unique Paint Colors	Stainless Steel Lever

Norwood 3070CR Multi-slide & Pocket Door System

Product Features

Technical Resources

Thermally Broken 101
Thermal break technology is a proven way of enhancing the thermal performance of aluminum. Fleetwood has successfully used this method for almost 20 years. Here is how it works:
First, the aluminum extrusion is designed with a pocket, which will later receive the energy blocking substance.
Second, the part is extruded, then tempered for hardness and protected with either a painted or anodized finish.
Third, the cavity is knurled to better "grip" the energy blocking substance which will be poured into the pocket.
Fourth, the pocket is filled with molten polyurethane, which hardens in seconds.
Finally, the back of the pocket is removed, creating the energy block.
This process forms a blockade that now separates the exterior from the interior.