Products Description
This product series represents the pinnacle of LVL technology, designed specifically for modern landmark buildings that challenge the limits of gravity and span. It is not merely a material, but a "structural work of art" embodying the architect's bold creativity. From towering wooden skyscrapers exceeding 100 meters to expansive, column-free spaces, from research stations in frigid regions to cultural centers on humid coastlines, we push the performance boundaries of wood to the extreme through carbon fiber reinforcement, prestressing technology, and intelligent sensing, providing ultimate solutions for structural engineers worldwide who pursue excellence, innovation, and sustainability.
PRODUCT DETAILS：
|
Product Name |
High-strength LVL beam building aggregate |
|
Material |
New Zealand radiata pine, Russian larch, etc. |
|
Length |
Up to 8.5 meters long Customized |
|
Width |
90mm to 400mm Customized |
|
Thickness |
35mm to 75mm Customized |
|
Surface treatment |
Double-sided polishing / Anti-slip treatment, Customized Support |
|
Certification Standards |
Complies with Australian and New Zealand Standards AS/NZS 4357.0. |
|
Formaldehyde Emission |
Poplar products use E0 glue, while the rest use phenolic resin glue. |
|
Design Style |
Modern |
|
Feature |
water resistant, Anti-Corrosion, Eco-Friendly |
Innovative Design and Solutions for Large-Span Structures
We realize seemingly impossible architectural dreams through engineering innovation:
Prestressed Composite Beam Technology
For column-free spaces exceeding 40 meters, we developed prestressed carbon fiber reinforced polymer (CFRP) embedded LVL beams. During factory production, the CFRP reinforcement is tensioned and anchored within the beam, generating a reverse camber before bearing load. Field tests show that this technology can precisely control long-term deflection to within 1/800th of the span.
Digital Manufacturing of Irregularly Shaped Components
For variable cross-section fish-belly beams in stadiums and free-form wooden mesh shells in museums, we use six-axis industrial robots for milling, carving, and lamination positioning. Compared to on-site construction, factory prefabrication reduces the overall cost of such complex components by 40% and improves precision by an order of magnitude.
Data Center Heavy-Duty Floor Beams
Designed for live loads up to 12 kN/m², our safety has been dually validated through nonlinear buckling analysis and full-scale destructive testing, ensuring absolute reliability even under full server load.
Rooftop Helipads
Our products undergo rigorous dynamic load and fatigue testing in strict accordance with the US Federal Aviation Administration's AC 150/5390-2C Advisory Circular, and are certified by professional organizations, making them suitable for use as light helicopter landing pads.
Basic Reinforcement Process Description
We employ the most practical and reliable methods to enhance product performance:
Vein Screening Upgrade
In our standard production process, we concentrate higher-strength veneers for the outer layers and critical load-bearing layers of our products. Although the appearance is similar to ordinary LVL, the veneer strength in its core load-bearing areas has been screened to ensure superior overall performance.
Gluing Process Fine-tuning
By appropriately extending the hot-pressing time and optimizing the pressure curve, the adhesive layer cures more fully. Our internal testing shows that this adjustment can increase adhesive strength by approximately 15%, allowing multi-layer veneers to work together better.
Size Specification Optimization
We offer several market-proven reinforced cross-sections, such as 60×200mm and 80×240mm. These specifications are not blindly enlarged but rather practical dimensions calculated based on common spans (4-6 meters) and load requirements, avoiding material waste.
FAQ
Q: If your company is reliable ?
A: Founded in 2009,company covers an area of 52,000 square meters,more than 300 employees, including nearly 20 scientific researchers.Powerful LVL manufacture in China.
Q: .How long is your delivery time?
A: For full container, factory lead time About 20~35 days.
Q: what's your payment terms and trade terms?
A: Accepted Delivery Terms: FOB, CFR, CIF, CIP, FCA, CPT, Express Delivery, DAF.
Q: How can you promise quality
A: It complies with the Australian and New Zealand standards AS/NZS 4357.0. Some products have passed JAS-ANZ certification, and the formaldehyde emission level reaches E0 level certification, FSC certification can also be provided.
How about the shipping fees?
For large quantities of products, ocean freight is usually the best option. The price of ocean freight depends on the destination port and the current ocean freight rates. Please contact us and we will provide you with a better quote based on the actual situation.
Hot Tags: high-strength lvl beam building aggregate, China high-strength lvl beam building aggregate manufacturers, suppliers, factory, Laminated Veneer Main Beam, High Load bearing LVL Beams for Roof Beams, Pine LVL Laminated Veneer Lumber Beam, High Strength LVL Beam for Floor Joist, Heavy Duty LVL Beam for Wall and Slab Formwork, Durable Strong LVL Beam for Building Construction
