by Web Editor | Nov 29, 2018 | News
Freres Lumber Builds For The Future With New Mass Plywood Panels
Tyler Freres, vice president of sales for Freres Lumber Co., walked through a new manufacturing plant between Mill City and Lyons, off of Cedar Mill Road, and pointed out a stack of wood panels destined for Oregon State University this week. “I don’t even think we’ve started to tap the products and the projects we can make out of this,” Freres said.
Freres Lumber Co.’s mass plywood panels were certified for use at the end of July, and the product is already being used in buildings and for other construction purposes. And Freres is thinking big. “We have quite a bit of projects in the works, probably 14 to 16 projects quoted,” said Freres, whose ideas led to the creation of the mass plywood panels by his family’s company.
The OSU shipment is the final delivery of the panels to be used in two new buildings that will form the Oregon Forest Science Center on campus, which is estimated to cost $80 million and scheduled to open in the fall of 2019.
The mass plywood panels will be used for the roof of the George W. Peavy Forest Science Center, and for the interior and exterior walls of the nearby A.A. “Red” Emmerson Advanced Wood Products Laboratory.
Both buildings are showcasing innovative wood products made in Oregon, and the mass plywood panels are the latest entry into the market. Freres Lumber was only the third United States producer of mass timber panels to meet the Engineered Wood Association’s standards.
From the Corvallis Gazette-Times: gazettetimes.com.
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by Web Editor | Aug 22, 2018 | News
Wood Construction Pushes Forward On Both Sides Of The Border
Mass timber construction is making waves on both sides of the Canada-U.S. border, but factors in each country mean a different pace of progress.
The state of Washington is rapidly moving forward on both green construction and use of advanced wood products, but Washington State Department of Commerce forest products sector lead Brian Hatfield said the state isn’t necessarily ahead of its Canadian neighbor. “In some ways, British Columbia is ahead of us in terms of low carbon building materials,” he said.
In 2017, the Washington State Department of Enterprise Services oversaw a pilot project that built 20 kindergarten through Grade 3 classrooms using cross-laminated timber (CLT) in five school district sites in Washington. “We had a pilot district for five school districts, all single-story schools, and those have gone pretty well. They went up quickly and everyone was impressed,” Hatfield said.
The state’s 2016 supplemental capital budget included $5.5 million for the pilot project, which also measures the efficiencies of using engineered wood products through the construction process.
While Washington is taking steps to increase wood use in construction, the Province of British Columbia has pushed for mass timber and wood-focused design for the previous decade. In 2009, the Province of British Columbia put the Wood First Act into practice, which requires provincially funded projects to use wood as a primary construction material. The B.C. building code was also modified in 2009 to allow for wood buildings of up to six stories.
From Journal Of Commerce: canada.constructconnect.com.
The monthly Panel World Industry Newsletter reaches over 3,000 who represent primary panel production operations.
Panel World is delivered six times per year to North American and international professionals, who represent primary panel production operations. Subscriptions are FREE to qualified individuals.
Complete the online form so we can direct you to the appropriate Sales Representative. Contact us today!
by Web Editor | Oct 11, 2017 | News
As a crane lowered a glulam beam and construction workers on either end deftly guided it into connection with two upright wooden columns, a tour group member shook his head and said, “It’s like Lincoln Logs.”
Kind of. Which may in part explain some of the attraction of builders and designers to the potential use of strong, precisely engineered, carbon-storing wood beams, columns, wall panels and floor decking. As Chris Evans, a Swinerton Builders project manager put it, wood is the first building material people use to make the forts, homes and hideouts of childhood.
These days, builders and designers are joining mill owners, university researchers and policy makers in taking a fresh look at advanced wood products, “mass timbers” and what’s come to be called “tall wood” design. Advocates believe it can replace concrete and steel in mid- to even high-rise buildings, and provide an economic jolt to rural Oregon in terms of forest management and mill jobs.
In Hillsboro, Evans and Swinerton Builders are overseeing construction of the largest known U.S. building to date that uses cross-laminated timber, or CLT, for flooring, and glulam posts and beams. The Oregon headquarters of First Tech Credit Union will be five stories high and have 156,000 square feet of office space. Swinerton Builders is the general contractor.
Another tall wood building planned for Portland, called Framework, will be 12 stories high and will have five floors of affordable housing. That project was awarded a $1.5 million federal design competition grant to help with seismic and fire testing and certification.
From Capital Press: https://www.capitalpress.com/Oregon/20171005/nations-largest-mass-timber-building-under-construction-in-oregon
by Web Editor | Sep 22, 2017 | News
The production of cross-laminated timber, or CLT, has the potential to create significant job growth in the Pacific Northwest, according to a study published in July 2017 by Oregon BEST, a Portland-based nonprofit.
CLT is made of layers of glued 2-inch-thick dimensional wood crossing over each other at a 90-degree angle, creating a strong panel that can be used in tall buildings.
The 110-page study, “Advanced Wood Product Manufacturing Study for Cross-Laminated Timber Acceleration in Oregon and SW Washington,” was funded by $120,000 from the U.S. Economic Development Administration. The study included wood products companies from across the region, including D.R. Johnson in Riddle, the first structurally certified CLT producer in the U.S.
Valerie Johnson, president of D.R. Johnson, said she agrees with the study that cross-laminated timber will increase employment for rural areas in Oregon like Douglas County. D.R. Johnson started its first glue-laminated timber, or glulam, plant in 1967 in Riddle, and began producing cross-laminated timber in fall 2015.
“The community is part of the fabric of this company. It’s not only where our employees live it’s where our families have grown up and continue to live, and making this a successful venture is really important to us,” Johnson said. “We’re giving it all we can because we really want it to be successful.”
From Treesource: https://treesource.org/news/goods-and-services/cross-laminated-timber-jobs/
by Web Editor | Nov 30, 2016 | News
A new massive plywood building panel developed by an Oregon company and tested at Oregon State University may be the largest such product ever manufactured.
Builders are familiar with standard plywood sheets that measure 4-feet wide, 8-feet long and between a quarter-inch and more than one-inch thick. The new panels made by the Freres Lumber Company of Lyons, Oregon, can be as much 12-feet wide, 48-feet long and 2-feet thick.
The company announced its new panels in October, capping more than a year of development and performance testing at Oregon State’s Advanced Wood Products Laboratory. “The results look very promising,” said Ari Sinha, assistant professor in OSU’s College of Forestry, who oversaw the tests. “This is a unique product with the potential for creating jobs in rural Oregon.”
Versatility is one of the benefits of the product known as a Mass Plywood Panel (MPP). “These panels can be customized for different applications. Because they have very good compression qualities, they could be used for columns as well as panels,” said Sinha. The veneer manufacturing process enables manufacturers to orient wood grain and to distribute the defects found in smaller trees, such as knots, in a way that maintains the strength of the final product, Sinha added.
Tests in Sinha’s lab focused on the panels’ structural and physical properties such as density, adhesive bonding and resistance to the kinds of vertical and horizontal stresses experienced in an earthquake. Additional tests are planned after the first of the year. Mass Plywood Panels can achieve the performance characteristics of a similar product known as Cross Laminated Timber panels with 20 to 30 percent less wood.
From Phys.org: https://phys.org/news/2016-11-prototype-plywood-panels-world-largest.html
