Titans Woodyard delivers engineered timber solutions for commercial and residential construction, emphasizing durability and code compliance. This overview outlines core capabilities, performance metrics, and typical applications for development teams evaluating long term material performance.
Designed for demanding environments, the product line combines optimized fiber alignment with protective bonding systems. Teams rely on clear specifications and documented test results to compare options against project constraints.
| Product Line | Core Material | Load Capacity (per linear meter) | Fire Rating | Typical Use Case |
|---|---|---|---|---|
| Titans Woodyard XL Beams | Laminated veneer lumber | 42 kN | 90 minutes | Multi story floor framing |
| Titans Woodyard Roof Trusses | Stress graded timber | 28 kN | 60 minutes | Pitched roof systems |
| Titans Woodyard Wall Panels | Oriented strand board core | 18 kN | 30 minutes | Exterior shear walls |
| Titans Woodyard Custom Joists | Microlam blanks | 35 kN | 75 minutes | Long span residential designs |
Fire Performance and Testing Protocols
Engineered timber from Titans Woodyard undergoes standardized fire tests to verify integrity under simulated flashover conditions. Laboratories measure temperature thresholds, deflection limits, and smoke density to assign official ratings.
Third party certification bodies document results in technical reports referenced during plan review. Design teams use these ratings to align assemblies with local building codes and insurance requirements.
Test Parameters Overview
- Time temperature curve based on ISO 834 standards
- Deflection limits set at L/360 for critical members
- Structural load maintained at 50 percent of maximum capacity during testing
- Pass criteria include no full thickness failure and controlled smoke output
Structural Load Calculations and Limits
Capacity data for Titans Woodyard products account for grain alignment, connector type, and environmental exposure. Engineers apply limit state design principles to convert tabulated ratings into project specific values.
Adjustments for moisture content, slenderness, and cyclic loading refine final values. The summary table in this section helps teams quickly compare key figures across product lines.
Environmental Impact and Sustainability Claims
Manufacturers source timber from managed forests and track carbon sequestration metrics for each production batch. Life cycle assessments compare material footprints against steel and concrete alternatives.
Documented chain of custody files support green building certifications and corporate sustainability reporting. Design teams can request environmental product declarations to align project specifications with ESG goals.
Installation Guidelines and Best Practices
On site handling procedures for Titans Woodyard components emphasize edge protection, proper lifting points, and temporary bracing. Sequencing of trades reduces storage time and limits exposure to adverse weather.
Connector schedules and fastener specifications are validated through pilot projects. Construction documents should include tolerance notes and field measurement checklists.
Key Takeaways for Project Planning
- Review product line specifications to match load and fire requirements
- Confirm environmental ratings align with project sustainability targets
- Validate on site installation sequences with detailed shop drawings
- Coordinate lead times and handling protocols during scheduling
- Engage qualified engineers for spans and connections beyond standard ranges
FAQ
Reader questions
Can Titans Woodyard beams be used in coastal projects with high humidity?
Yes, treated lamination and moisture barriers are recommended, and design adjustments for long term deflection should be verified with engineering.
What fire rating is available for residential floor assemblies using Titans Woodyard products?
Typical ratings range from 60 to 120 minutes depending on assembly configuration; project specific calculations and third party certification confirm compliance.
How do load capacities change when spans exceed standard tables?
Beyond standard spans, deflection and lateral torsional buckling govern; engineers should consult detailed design guides and perform member checks per code.
Are delivery timelines affected by custom sizing or special finishes?
Custom profiles and finishes add processing time; planners should confirm lead times and staging requirements with the supplier early in the schedule.