GKD Metal Fabrics - the leading provider of woven metal fabric for architectural solutions.

Enlightening Design

and the Surrounding Environment

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Taking Modern Design

to New Heights

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Protecting People

with our seamless design

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Fulfilling Function

without Sacrificing Aesthetics

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Elevating Interiors

Through Performance and Dynamic Visual Effect

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Projects

OUR PRODUCTS

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Omega 1510 PC

Open Area: 35%

Rigid mesh with defined spacing between weft rods

Square 25

Open Area: 32%

Basketweave pattern with slight spacing and increased open area

Acoustic Mesh Panels

Open Area: 46%

Proprietary composite of aluminum and sound-absorbing material

Mediamesh V5xH5.0

Open Area: 57%

Patented system of integrated LED tubing and robust, stainless steel metal fabric

Helix 48

Open Area: 48%

Clockwise and counterclockwise spirals made of flattened round wire

Tigris TC-3

Open Area: 66%

Triplet of rods woven on a crimped horizontal wire

Outrigger Tension System

In this exclusive GKD attachment innovation, top and bottom arms serve...

Futura 3110

Open Area: 65%

Cable wire and rod mesh with a visually vertical pattern

StealthLok

In the StealthLok system, a GKD exclusive attachment method, the metal...

Mediamesh V4xH5.0

Open Area: 55%

Patented system of integrated LED tubing and robust stainless steel metal fabric

Our Projects

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Providence Cedars-Sinai Tarzana Medical Center Parking

Providence Cedars-Sinai Tarzana Medical Center has provided care to residents of California’s San Fernando Valley since...

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Providence Cedars-Sinai Tarzana Medical Center Parking

Marie Reed Community Center

With views toward the Washington Monument, the Marie Reed Community Learning Center is a four-story complex...

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Marie Reed Community Center

Hayward Field at University of Oregon

The University, known as TrackTown USA for its longtime dedication to the sport, embraced the opportunity...

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Hayward Field at University of Oregon

Bal Harbour Shops Parking Garage

Bal Harbour Shops is an open-air shopping mall located in an affluent suburb of Miami. It...

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Bal Harbour Shops Parking Garage

Washington, D.C. Silver Line Rail Extension

The Silver Line Rail Extension brings a new phase of transit to the Washington, DC Capitol...

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Washington, D.C. Silver Line Rail Extension

News

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New CEU Discusses Expanding Design Capabilities of Architectural Metal Fabric

GKD-USA’s newest CEU is an informative and engaging discussion that offers insights into the...

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GKD-USA Promotes Dale Payne to Chief Engineer

GKD-USA, the leading provider of woven metal fabric for architectural solutions, has...

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CASE STUDY: Solar Control Meets Campus Pride

The Idaho College of Osteopathic Medicine (ICOM) is located roughly 10 miles...

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CASE STUDY: Telling Stories Through Science

With the completion of the Anne T. and Robert M. Bass Biology...

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Douglas Stokes
President, Stokes Construction Company, Inc.

I had never dealt with GKD nor had I installed a screen like the one we furnished at the Pfeiffer University Health Science building. I was almost sure we were in for a difficult process. I was really surprised when the whole relationship went smoothly. GKD was very helpful and professional. We could not have been more pleased with the outcome.

Project: Pfeiffer University Health Science building
Michael D. Huff, JR. AIA
Architecture Director – Construction Services, Chickasaw Nation – Department of Commerce

Our parking garage project at our Winstar World Casino property presented a perfect opportunity to use GKD’s Mediamesh product, as it allowed us to use the garage’s façade facing the adjacent interstate as a live-action billboard to advertise the resort.  It was the first time we have ever used this product, but GKD and their experts were with us every step of the design and construction process.

Project: Winstar World Casino
Michael Yun
Director of Anti-Disciplinary Design , Knot

GKD worked hard to help us realize a complex vision for a unique interactive public art piece for the Bass Biology Building at Stanford University. Their level of dedication to the project and deep knowledge of the materials made me feel confident that we would be able to successfully address any challenges that might arise. I’m looking forward to the next opportunity to work together.

Project: Stanford University, Anne T. and Robert M. Bass Biology Research Building