Ceilings · Walls · Accessories
The century old historic Flour Mill, built in 1895, is located on the north bank of the Spokane River. Fully operational until 1972, it was renovated as a shopping center in conjunction with preparations for the World’s Fair that Spokane hosted in 1974.
CWallA customer PS&G used SCAFCO Steel Stud SoundGuard throughout the Academy of Fine Arts building project in Boise, ID.
The Chelan County Public Utilites District Service Center is looking great thanks to SCAFCO Steel!
All Wall of Post Falls, Idaho has been busy framing the Spokane Tribal Casino Addition in Airway Heights. This includes SCAFCO Steel Stud’s Perfect Curve assembly above the new bar area. SCAFCO engineering provided the drawings and correct pieces to make the work seamless for their framing team.
CWallA customer PCI did a fantastic job on this huge demising wall for an Amazon Delivery Station in Oakland, CA.
With CWallA supplied SCAFCO Steel Studs, contractor RDJ Brothers are framing the upper terminal and chair lift storage at 9,208 ft. elevation for this new state-of-the-art chairlift will increase uphill capacity out of the Big Sky Resort Mountain Village base area by up to 50%.
Utilizing SCAFCO Steel supplied by CWallA, 1200 Stewart is built upon a three-story retail podium, includes two 48-story high-rise luxury apartment towers and a four-story mid-rise apartment tower totaling 1,050 units.
The Paul D. Wachholz College Center at Flathead Valley Community College is a 50,000-square-foot facility will include a gymnasium, reception hall and exhibition gallery, outdoor amphitheater and a state-of-the-art performance hall with 1,000 seats.
Quality Concession Trailers, a very loyal CWallA customer, in Fresno, CA uses SCAFCO Steel Stud products in their custom made concession and BBQ trailers.
The Oregon State Treasury Resiliency building in Salem, OR is a 2-story, 36,000 square foot state of the art resilient building designed to withstand a 9.0 earthquake without damage by floating the building on isolation grommets to absorb seismic movement.
