CDC

(CDC) Curtainwall Design and Consulting, Inc.

@curtain_wall_design_and_consulting_inc__cdc

Dallas, Texas
https://cdc-usa.com/
Architecture and Planning

Overview

About (CDC) Curtainwall Design and Consulting, Inc.

At CDC, our design, engineering and consulting services are dedicated to a structure’s most distinctive architectural feature: the building envelope.

With more than 40 years of experience and 22 offices in eight countries, we are globally recognized for the design, engineering and consulting on some of the world’s most complex facades, roofing and waterproofing. Our clients include internationally renowned building envelope manufacturers, architects, developers, contractors and subcontractors. Our expertise covers both new building envelope systems and existing systems. And no building envelope material is beyond our reach.

Employee owned and operated, we are solely focused on the building envelope, and we are driven to set and maintain the highest standards in the industry. Whether your building is existing or in development, whether you need design, engineering or consulting, you can count on CDC to make sure the building envelope performs as well as it looks.

Headquarters

Dallas, Texas

Website

https://cdc-usa.com/

Company Size

201-500 employees

Industry

Architecture and Planning

Company Type

Privately Held

Founded

1973

Specialties

Curtain Wall, Building Envelope, Solar Reflectivity, Thermal Modeling, Waterproofing, Roofing, Field Testing, Condition Survey, BIM (Building Information Modeling), Engineering, Blast Design, Drafting, Stone Veneer, Consulting, Aluminum, Structural Engineering, Design, Specification Writing, Peer Review, Quality Assurance Observations, Vegetative Surfaces, Due Diligence Opinions, New Systems Design, Architectural Precast Concrete, Brick and Masonry Veneers, All-Glass Wall Systems, EIFS Systems, Direct-Applied Stucco Finishes, Skylights, Metal Panel Systems, Advanced Structural Silicone Glazing, Icing Studies, Dimensional Stone, Composite Panel Assemblies, Architectural Glass Design, Hyper-Elastic Finite Element Analysis, Complex Cable Net, GFRC, Freestanding Sculptures, and Point-Supported Wall Systems

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