GlazeGuard 1000 WR+ is a composite panel with textured or smooth aluminum skins, polypropylene stabilizers and an EPS or ISO foam core. GlazeGuard 1000 WR+ is installed in aluminum glazing or storefront channels and sealed using gaskets. Typical applications include glazing infill, modesty screens, spandrel panels and railing inserts. It fits standard 1-inch glazing systems. Booth #508. 
 

GlazeGuard 1000 WR+ is a composite panel with textured or smooth aluminum skins, polypropylene stabilizers and an EPS or ISO foam core. GlazeGuard 1000 WR+ is installed in aluminum glazing or storefront channels and sealed using gaskets. Typical applications include glazing infill, modesty screens, spandrel panels and railing inserts. It fits standard 1-inch glazing systems. Booth #508. 
 

GlazeGuard 1000 WR+ is a composite panel with textured or smooth aluminum skins, polypropylene stabilizers and an EPS or ISO foam core. GlazeGuard 1000 WR+ is installed in aluminum glazing or storefront channels and sealed using gaskets. Typical applications include glazing infill, modesty screens, spandrel panels and railing inserts. It fits standard 1-inch glazing systems. Booth #508. 
 

SAF's vertical and horizontal sunshade fins are available for customers designing commercial buildings. The new sunshade fins are designed for installation on exterior walls, primarily over windows or glazed openings, delivering benefits ranging from energy savings to occupant comfort and more.

SAF sunshade fins can be anodized, powder-coated, or painted and can be fabricated up to 20 feet in length. Fins can be made from sheet metal or extruded shapes.

They are created with either aluminum or steel, are designed to mitigate solar heat gain by intercepting sunlight before it reaches the window, significantly minimizing the amount of solar radiation permitted to enter. By preventing excessive heat gain, the fins provide a host of benefits, including reduced demand on the air conditioning system, overall energy savings, and improved occupant comfort.

The new sunshade fins also provide glare control. Fins can be fabricated to varying shapes and sizes and installed in a specified orientation on the building to optimize daylight, allowing it to properly diffuse throughout an interior space. 

SAF's vertical and horizontal sunshade fins are available for customers designing commercial buildings. The new sunshade fins are designed for installation on exterior walls, primarily over windows or glazed openings, delivering benefits ranging from energy savings to occupant comfort and more.

SAF sunshade fins can be anodized, powder-coated, or painted and can be fabricated up to 20 feet in length. Fins can be made from sheet metal or extruded shapes.

They are created with either aluminum or steel, are designed to mitigate solar heat gain by intercepting sunlight before it reaches the window, significantly minimizing the amount of solar radiation permitted to enter. By preventing excessive heat gain, the fins provide a host of benefits, including reduced demand on the air conditioning system, overall energy savings, and improved occupant comfort.

The new sunshade fins also provide glare control. Fins can be fabricated to varying shapes and sizes and installed in a specified orientation on the building to optimize daylight, allowing it to properly diffuse throughout an interior space. 

Vip will promote the company’s decades of experience manufacturing thousands of unique custom plastic extrusions in almost every shape, size and color. The company’s specialty lies in making plastic profiles specifically for window and glass applications. Its capabilities range from very complex, custom-made parts and profiles to simple, more common and standard shapes. Vip makes its dies in-house, so it has the flexibility to create brand-new parts when customers are ready to order. 

Vip will promote the company’s decades of experience manufacturing thousands of unique custom plastic extrusions in almost every shape, size and color. The company’s specialty lies in making plastic profiles specifically for window and glass applications. Its capabilities range from very complex, custom-made parts and profiles to simple, more common and standard shapes. Vip makes its dies in-house, so it has the flexibility to create brand-new parts when customers are ready to order. 

A flexible, silicone foam spacer product, Super Spacer provides the maximum perimeter insulation for sealed glazing units and prevents condensation. Desiccant-filled with pre-applied side adhesive, the structural foam spacer significantly simplifies insulating glass production, say officials. Featuring a vapor barrier backing, the product must be used in combination with conventional IG sealants such as hot melt butyl, polyurethane and solvent-free polysulfide. Dual seal equivalent sealants may also be used.

A flexible, silicone foam spacer product, Super Spacer provides the maximum perimeter insulation for sealed glazing units and prevents condensation. Desiccant-filled with pre-applied side adhesive, the structural foam spacer significantly simplifies insulating glass production, say officials. Featuring a vapor barrier backing, the product must be used in combination with conventional IG sealants such as hot melt butyl, polyurethane and solvent-free polysulfide. Dual seal equivalent sealants may also be used.

Quanex’s Super Spacer warm-edge technology is used in energy-efficient window designs in residential and commercial applications. Super Spacer is a premium energy-efficient and sustainable solution for high-volume production of dual- and triple-pane insulating glass. A true dual-seal warm-edge spacer line, Super Spacer products use a high-performance acrylic adhesive for their structural seal, backed by a moisture vapor seal. Super Spacer offers energy efficiency, sustainability, and has demonstrated proof of performance, reliability and thermal excellence, say officials.