Please enter the email address you used to create the account. We'll send you a link that lets you create a new password.
Please check your email. Click the link in the email to create a new password.
For more than a century USG has been bringing innovation to the forefront of the building industry. During this time, USG's Corporate Innovation Center (CIC) has developed significant capabilities and expertise in conducting a wide range of fire, structural, acoustical and analytical evaluations. These evaluations are done to support new products or systems development, address unique construction project challenges, comply with independent certification requirements, and to gain a more in-depth understanding of a desired subject area.
The laboratory staff has backgrounds in mechanical, structural, chemical and civil engineering along with chemistry, acoustics, physics and architecture. More than 50% of the group members have advanced technical degrees and many maintain leadership roles in various organizations to drive industry standards. Memberships include the following:
The laboratory has much to offer in the realm of third-party classification. USG has been working with certification bodies for decades, including:
| || |
In addition to certification testing, the laboratory supports third-party classification of products for fire and acoustical performance by Underwriters Laboratories (UL LLC), Underwriters Laboratories of Canada, and Factory Mutual Research Corporation. USG is currently under UL LLC’s Witness Testing Data Acceptance Program, which means certification testing is conducted at USG’s own facility and results are submitted to UL LLC for review and product certification.
USG’s portfolio of fire-rated designs classified by Underwriters Laboratories includes more than 100 wall systems and 110 floor-ceiling systems—more than any other building materials manufacturer. In-house test equipment includes a full-scale pressure controlled ASTM E119 furnace for fire-resistance testing of walls and medium- and small-scale furnaces for testing floor-ceiling systems and product development. The wall furnace can accommodate both load-bearing and non load-bearing walls. Capabilities include utilizing a number of small scale furnaces, which also allow for compliance testing to a wide range of domestic and international standards.
The standardized tests performed include:
Structural evaluations include determining wind-load capacities for exterior wall assemblies, shear capacities for walls and ceilings, limiting heights for interior partitions, service ratings for ceramic tile floor systems, abuse resistance performance of partitions and wind uplift capacity for roof assemblies. Full-scale structural tests are performed using a 20' x 32' x 15' universal reaction frame which provides rigid support points for a variety of axial, trans-verse, shear and uniformed load tests. Wind uplift capacity conducted for both small scale 5’x9’ and large scale 12’x24’ roof assemblies.
The Standardized tests performed include:
| || |
The USG Acoustical Test Facility (ATF) is a unique lab designed to test the acoustical performance of a variety of building materials and systems. It was constructed in 1996 and recently updated with state-of-the-art data acquisition equipment, Bruel & Kjaer Pulse Analysis System. The ATF is NVLAP Accredited (Laboratory Code 200132) to ISO/IEC 17025:2017 for performing a wide range of acoustical tests, including sound absorption, transmission loss of walls, and ceiling attenuation.
The ATF is NVLAP Accredited (Laboratory Code 200132) for the following ASTM test standards:
The Analytical lab provides high-quality chemical analysis and material characterization services with scientists well versed in physical, organic and inorganic chemistry. The lab is equipped with instruments to perform x-ray diffraction, x-ray fluorescence, spectroscopy, particle size analysis, surface area analysis, thermal analysis, chromatography and various levels of microscopy. In addition, the analytical lab offers an IAS ISO 17025 Accredited Emissions Test Chamber for identification and quantitative analysis of building products and raw materials for volatile organic compounds (VOC) according to California CDPH Standard Method V1.1 (CA Section 01350).