Sentech’s VetraFin G-Series system is a highly transparent system for glass fin facades. The system features simple lines, minimal connections, and a unique look with no exterior hardware, bolts or plates.Learn More
The VetraPoint-H system is intended for use in horizontal fin applications. The horizontal fins can be designed in glass, steel, or stainless steel. This solution is ideal for openings with a large aspect ratio.Learn More
Sentech’s VetraFin-A system offers a highly transparent solution for facades up to 30’ in height. This proprietary system offers unparalleled flexibility in finish options and can be used with insulated units up to 18’ tall.Learn More
Sentech’s proprietary line of fittings provides unparalleled simplicity and design flexibility. The VetraPoint S-Series fittings are designed for glass fin applications with walls up to 50′ tall using laminated or insulated glass.Learn More
The VetraPoint M-Series fittings offer the same flexibility and simplicity as the VetraPoint S-Series system, but are designed for tall wall applications and walls with high wind loads. These fittings can be used for glass fin applications on walls up to 60′ tall using laminated or insulated glass.Learn More
Glass fin systems provide a highly transparent and cost-effective façade design solution. These systems are designed to utilize glass fins as the main structural support element, and are used for large façade applications and high-end storefronts. Sentech’s innovative glass fin solutions allow for the design of walls that can absorb large loads, have a high level of structural redundancy, can be used for jumbo glass panels and jumbo fin applications, and can absorb large building displacements without compromising structural integrity. Sentech has developed technology and installation expertise in the design of glass fins and façade panels up to 40’ in height; this technology eliminates horizontal joints and fin splices, and maximizes the vision area. Glass fin support systems are also an ideal solution for large overhead applications where transparency is a governing design feature.