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1620UT / 1620UT SSG Curtain Wall Systems
Kawneer’s 1620UT Series merges a minimalistic 2″ sightline with high-performance thermal and seismic capabilities, making it an ideal solution for low- to mid-rise curtain wall applications. With support for both double- and triple-pane glass, vertical SSG, and various mullion options, this system offers flexible detailing and long-lasting performance in challenging climates.
Concealed fasteners, engineered polymer thermal breaks, and integrated entrance compatibility contribute to a smooth monolithic aesthetic while achieving high ratings in structural, thermal, and acoustical testing.
Performance & Features
– 2″ (50.8 mm) narrow sightline
– Standard system depths: 6″ (152.4 mm) or 7-1/2″ (190.5 mm) for 1″ (25.4 mm) infill
– Triple-pane depths: 6-3/4″ (171.5 mm) or 8-1/4″ (209.6 mm) for 1-3/4″ (44.5 mm) infill
– Vertical Structural Silicone Glazing (SSG) option with 1620UT SSG
– Infill compatibility: 1/4″, 1″, and 1-3/4″
– Thermally broken with continuous 1″ (25.4 mm) low-conductance engineered polymer
– Fully tested for air, water, structural, seismic (AAMA 501.4 & 501.6), thermal, and acoustical performance
– Concealed fastener joinery for a sleek façade
– Corner and splayed mullion options
– Open-back horizontals and perimeters for fabrication efficiency
– Silicone-compatible glazing materials
– Seamless integration with Kawneer entrance systems
21,215+ sqft of more than 500 openings precisely fitted with new glazing
High-performance solutions tailored for British Columbia’s diverse climate
The perfect blend of aesthetics, performance, and lasting durability
Sustainable Canadian wood meets European glazing in Forms once thought impossible
With extensive experience in glazing systems for both residential and commercial markets, our expertise is built on a strong foundation of over ten years in structural solutions and seven years in facade engineering. This combined knowledge allows us to deliver high-quality, innovative, and reliable solutions tailored to the needs of modern construction.