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Chrystie Place
Chrystie Place
New York, NY, United States
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Other Projects by BG Studio International Inc.
Chrystie Place
New York, NY, United States
Application
A Cambridge Architectural mesh application adorns the elevator cabs inside Chrystie Place - a mixed-use and multi-family residential development in the heart of Manhattan.
The custom brass weave of the metal fabric creates a contrast with the other interior design elements, like sleek wooden veneer, resulting in a contemporary yet classic look and feel. Depth and texture are an integral part of the design, as the woven metal fabric transforms what would have been an ordinary application into a dynamic work of art. As a cladding system, woven metal mesh continues to raise the bar on style and sophistication.
Function
The elevators inside Chrystie Place carry hundreds of passengers each day, so they require a durable cladding material. The Cambridge system offers the perfect solution - an extremely durable yet aesthetically pleasing cladding. Woven metal fabric is also inherently resistant to scratching, denting and corrosion.
Benefit
Each unique Cambridge rigid woven metal mesh pattern is designed to work in conjunction with Cambridge's Panel attachment hardware. This method allows for a quicker, easier and more affordable way to clad an elevator, since it takes the guesswork out of how to install the mesh. Once installed, metal fabric requires little maintenance. It can be simply, easily cleaned with water and a soft cloth.
Woven metal mesh is a naturally sustainable building product, since it is readily recyclable and is manufactured from recycled materials. Metal fabric is also virtually maintenance free, and maintains an extremely long lifecycle. Even the manufacturing process for architectural mesh applications - a cold forming process - creates a lower environmental impact than the process for heat treated products. Cambridge Architectural is an active member of the USGBC®, and helps architects take maximum advantage of LEED credit through the many categories in which architectural mesh systems apply.
A Cambridge Architectural mesh application adorns the elevator cabs inside Chrystie Place - a mixed-use and multi-family residential development in the heart of Manhattan.
The custom brass weave of the metal fabric creates a contrast with the other interior design elements, like sleek wooden veneer, resulting in a contemporary yet classic look and feel. Depth and texture are an integral part of the design, as the woven metal fabric transforms what would have been an ordinary application into a dynamic work of art. As a cladding system, woven metal mesh continues to raise the bar on style and sophistication.
Function
The elevators inside Chrystie Place carry hundreds of passengers each day, so they require a durable cladding material. The Cambridge system offers the perfect solution - an extremely durable yet aesthetically pleasing cladding. Woven metal fabric is also inherently resistant to scratching, denting and corrosion.
Benefit
Each unique Cambridge rigid woven metal mesh pattern is designed to work in conjunction with Cambridge's Panel attachment hardware. This method allows for a quicker, easier and more affordable way to clad an elevator, since it takes the guesswork out of how to install the mesh. Once installed, metal fabric requires little maintenance. It can be simply, easily cleaned with water and a soft cloth.
Woven metal mesh is a naturally sustainable building product, since it is readily recyclable and is manufactured from recycled materials. Metal fabric is also virtually maintenance free, and maintains an extremely long lifecycle. Even the manufacturing process for architectural mesh applications - a cold forming process - creates a lower environmental impact than the process for heat treated products. Cambridge Architectural is an active member of the USGBC®, and helps architects take maximum advantage of LEED credit through the many categories in which architectural mesh systems apply.
Product Spec Sheet
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