14
Active material patents
Covering adhesive systems, web reinforcements, and panel layup geometries in commercial use or pilot.
Resin chemistry, digital span tooling, hybrid wood-steel detailing, and patent-backed panel architectures—tracked with dashboards, not slogans.
Quarterly R&D markers shared with specification partners evaluating new Boise Cascade technologies before broad catalog release.
Covering adhesive systems, web reinforcements, and panel layup geometries in commercial use or pilot.
Cloud calculators refreshed with mill test data so load bearing capacity models stay current.
Versus prior generation panels through higher fiber utilization and optimized press cycles.
Sensor-ready rim and cavity details for moisture logging during construction phases.
Technical briefs for structural engineers and innovation leads evaluating Boise Cascade pilot programs. Content focuses on measurable limits, not hype.
Compares wood-to-steel ledger details against conventional rim packages for thermal bridging and flexural strength retention.
Documents VOC emissions profiles and cure schedules for next-gen adhesives under mill humidity swings.
Factory modular joist packages tested for racking and fastener relaxation after simulated highway miles.
Moisture sensor channels integrated into rim profiles for construction-phase monitoring without weakening the member.
Released cloud calculators synchronized to APA EWS design values for common I-joist depths.
Field trials with commercial GCs on wood-steel interfaces reducing thermal bridging complaints.
New adhesive chemistry targeting lower VOC emissions while holding dimensional stability in humid yards.
Smart building integrations enter limited catalog release with installation guides for moisture logging.
Additional filings on panel layups aimed at improving impact resistance without mass penalties.
Innovation Lab programs deliberately address industry tension points: natural versus engineered consistency, prefabrication versus field flexibility, and aesthetics-led interiors versus performance-led assemblies. We publish failure modes—creep under sustained load, adhesive sensitivity to cold press temperatures, and transport vibration limits—so partners can decide when a pilot SKU is ready for their risk appetite.
Share your pilot criteria—span class, fire path, or sensor integration—and we will map available Boise Cascade R&D tracks.