Architectural Railing Systems
Project Portfolio
From university campuses to waterfront boardwalks — architectural railing systems designed, fabricated, and installed across the United States.
Architectural Railing Systems
From university campuses to waterfront boardwalks — architectural railing systems designed, fabricated, and installed across the United States.


Hollaender’s Interna-Rail® system combines a clear-anodized frame with durable, powder-coated diamond wire mesh at Ursuline Academy. ADA-compliant handrails complete an accessible, visually distinctive solution designed for a busy educational environment.
Systems Used:

Hollaender’s Interna-Rail® system brings durable, understated style to Olivia Terrace Apartments. Vertical picket infill and a dark-bronze anodized finish create a cohesive railing solution for the contemporary residential development.
Systems Used:

Structural glass railing creates a safe, open environment at Lawrenceburg High School. Half-inch monolithic glass, anodized aluminum cladding, and a coordinating top cap deliver a durable, contemporary solution for the educational facility.
Systems Used:

Hollaender’s VUE™ stainless-steel railing system creates a safe, open environment at Igo Elementary. Glass infill and a #4 directional finish provide lasting durability with a clean, contemporary appearance.
Systems Used:

The Highlander Accelerator is a new community building aimed at servicing the newly developed Highlander community in North Omaha, Nebraska.
Systems Used:

Hollaender’s Interna-Rail® system provides lasting safety and visibility along the Connecticut College waterfront. Clear-anodized aluminum and lock-crimp wire mesh create an open, corrosion-resistant solution for the exposed outdoor environment.
Systems Used:

Center Grove High School features a coordinated mix of Hollaender railing systems with glass, picket, and wire mesh infill. Clear-anodized finishes, transparent glass, and bold red mesh provide durable, accessible solutions with distinct architectural character.
Systems Used:

Structural glass railing brings openness and contemporary style to Ball State University’s North Dining Hall. Directionally polished 304 stainless steel and a warm wood assist rail create a refined, welcoming solution for the active campus environment.
Systems Used:

West Liberty University decided to install a new press box at their football stadium requiring a new railing system.
Systems Used:

The Main + Stone Project is a mixed use (multi-family residential and retail) project in a highly visible part of Greenville, South Carolina. Its location and end use made it a high profile signature project for the newly developing downtown.
Systems Used:

When Purdue University required a world-class design for Hagle Hall, the home of Purdue’s Orchestras and All-American Marching Band, they called upon Browning Day Architects of Indianapolis, Indiana. The Stainless Steel Post Mounted VISION™ railing system was the perfect design accent to the facility’s modern aesthetic and open floorplan.
Systems Used:

HMS Architects of New Orleans was tasked by Oschner Medical Centers to design a new campus for their facility located in Kenner, Louisiana. One of their concerns involved exterior guardrail on a down ramp. Due to corrosion and high maintenance, both Oschner and HMS have had issues with traditional welded and painted steel systems in the past. They have observed that repainting the top rails of painted railing costs from $5 to $10 per linear foot every three to five years.
Systems Used:

Mercer Commons is the most recent of a series of developments financed by 3CDC. 3CDC is a non-profit, real estate development and finance organization focused on strategically revitalizing Cincinnati's downtown urban core in partnership with the City of Cincinnati and the Cincinnati corporate community. Their work is specifically focused on the central business district and in Over-the-Rhine. One of their more recent projects is a multi-unit condominium development, Mercer Commons.
Systems Used:

Maple Dale Elementary School, situated in Cincinnati, Ohio, decided to build several new buildings and contracted the architectural work to CR Architecture + Design of Cincinnati. One of the architectural decisions they faced was that of choosing a railing system. Based on both CR’s experience and that of the school, they wanted a less maintenance intensive system than the painted steel system that had been used in the past.
Systems Used:

Liberty Center is a brand new development that opened in late 2015, located on 100 acres just north of Cincinnati, Ohio. It is mixed use, with retail, residential, and commercial tenants.
Systems Used:

Indiana University’s Memorial Stadium was due for a redesign of the railing system, which was contracted to RATIO and SmithGroup for design. The design concept was complex, calling for glass railing that was both shoe mounted and post mounted, as well as wire mesh infill panel railing. The original design called for a series of custom post shapes that were unique, but more expensive than the budget could bear.
Systems Used:

Joe Vejraska, project architect for GHN Architects and Engineers, worked with the Springfield Public School District in specifying a railing system for the new construction of Glendale High School’s Commons Area. For both aesthetics and maintenance reasons, the owner and architect wanted a railing that was something other than traditional welded painted steel.
Systems Used:

The Cottages of Overton County is a senior nursing home residence facility located in Livingston, Tennessee. Architect Greg Lusk of Lewis Group Architects was tasked with an interesting challenge.
Systems Used:

Project Architect Jean Underwood comments:
Systems Used:

Spartanburg School District Two chose Jumper, Carter and Sease Architects from West Columbia, South Carolina for their design and Thompson Turner Construction as general contractor for the recently completed construction of the Boiling Springs High School. The architects of Jumper, Carter and Sease specified Hollaender’s Stainless Steel VUE™ Railing system as a basis of design and coupled it with a white-opaque interlayered PVB glass to provide both a modern and airy feel throughout the facility. The railing was manufactured out of stainless steel which enhanced the sleek modern design and also provided an ultra-clean look throughout the school. Design and construction of modern educational campuses provide unique challenges in terms of railing design and economic value in a budget conscience environment.The Stainless Steel VUE™ system provided economic value compared to other manufacturers and will continue to provide safety, durability, stability and accessibility to the the students and staff of Boiling Springs High School years to come.
Systems Used:

Located north of the Ohio State University in Columbus, Ohio, the six-story mixed-use University City Center building integrates 266 residential units and a pool, a 4-tier parking garage, and over 120,000 square feet of leasable retail space. In an effort to differentiate University City Center from other student housing options, the architect firm Berardi+ and specialty railing contractor Spohn Associates used Hollaender’s Interna-Rail VUE™ railing system to provide a clear and safe viewing area around the pool deck.
Systems Used:

The design of the 145 Biltmore Condominiums by MHA Works of Asheville, NC focused on the stunning views available in the downtown Asheville area. The 34 upscale residential units on the corner of South Lexington and Biltmore Avenue in downtown Asheville featured large balconies to take advantage of views on all sides of the building.
Systems Used:

The Interna-Rail® 2-line architectural railing system by Hollaender offers an exceptional structural solution for school district capital improvement projects, combining rugged durability with a clean, contemporary aesthetic.
Systems Used:

Hollaender supplied the complete railing package for the Waynesville Performing Arts Center, a 460-seat multipurpose auditorium serving both the Wayne Local School District and the surrounding Waynesville, Ohio community. The scope covered every guarding and handrail condition in the building, from the lobby and vomitory to the tiered seating, stairs, ramps, and sloped aisles.
Systems Used:

The Dr. Earl D. and Melanie N. Brooks College of Health Professions at Trine University’s Ft. Wayne campus, features an elegant railing system designed by Ft. Wayne based Design CollaboraƟve, with supply and installaƟon managed by Spohn Associates of Indianapolis.
Systems Used:
