Premium LVL Engineered Wood Products
Prestige LAM by Eurodita: The Premier Engineered Timber Solution
Prestige LAM by Eurodita" represents the pinnacle of engineered timber, specifically designed for construction applications where maximum strength is imperative. Our Laminated Veneer Lumber (LVL) is the optimal choice for a vast array of timber structures due to its unparalleled stability and strength.
Key Benefits
- Unwavering precision and consistent geometry
- Optimal strength-to-weight ratio
- Extended spans with minimal structural deformation
- Exceptional load-bearing capacity
- Simplified processing and effortless installation
Applications in Residential Construction:
Prestige LAM by Eurodita LVL is ideal for:
- Vertical supports such as wall studs and columns
- Optimal strength-to-weight ratio
- Horizontal structures including roof rafters, ridge beams, and floor joists
- Specialized uses like rim boards, bracing panels, and parapet walls
Applications in Residential Construction
Prestige LAM by Eurodita LVL is ideal for:
Vertical supports such as wall studs and columns
Horizontal structures including roof rafters, ridge beams, and floor joists
Specialized uses like rim boards, bracing panels, and parapet walls
Prestige LAM by Eurodita
Engineered Wood Product Specifications
Prestige LAM LVL-P
Veneer Orientation:
All veneers glued parallel for efficient use in both vertical and horizontal applications.
Marginal Dimensions:
Thickness 21 – 90 mm, Width 40 – 1830 mm, Length 2000 – 18000 mm.
Prestige LAM LVL-P Standard Dimensions:
| Thickness (mm) | Width/Height (mm) | Availability |
|---|---|---|
| 36 | 180 | – |
| 39 | 200 | – |
| 45 | 240 | X |
| 63 | 150, 300 | X |
Note: ‘X’ denotes available sizes.
Prestige LAM LVL-C
Veneer Orientation:
Up to 20% cross-glued veneers for improved lateral bending strength and stiffness.
Marginal Dimensions:
Thickness 21 – 75 mm, Width 45 – 1830 mm, Length 2500 – 18000 mm.
Prestige LAM LVL-C Standard Dimensions:
| Thickness (mm) | Width/Height (mm) | Availability |
|---|---|---|
| 36 | 90, 300 | X |
| 39 | 200 | – |
| 45 | 240 | X |
| 63 | – | – |
| 75 | 300 | X |
Prestige LAM by Eurodita: Processing and Finishing Options
Standard Processing Options:
Prestige LAM LVL-C Standard Dimensions:
| Processing | Description |
|---|---|
| Impregnation | Not impregnated |
| Anti-termites Treatment | Surface untreated for glue application |
| Sanding | Surfaces sanded, edges not sanded |
| CNC Cutting | No cutting |
| Other Cuts | Cut to lengths and widths |
Bonding:
Prestige LAM by Eurodita uses outdoor-resistant glues for the LVL shells. The emissions of these glues meet high ecological standards, corresponding to Class 1 for wooden load-bearing structures (EN 301:2006).
Formaldehyde Emissions:
The formaldehyde emission class for Prestige LAM LVL is E0.5 (EN 13986).
Standard Tolerances for Prestige LAM LVL
Prestige LAM LVL ensures precise manufacturing within the following tolerances:
- Thickness (t):
- t ≤ 27 mm: ± 1 mm
- 27 mm < t ≤ 57 mm: ± 2 mm
- t > 57 mm: ± 3 mm
- Width (b)::
- b ≤ 300 mm: ± 2 mm
- 300 mm < b ≤ 600 mm: ± 3 mm
- b > 600 mm: ± 0.5%
- Length (l):
- l ≤ 5 m: ± 5 mm
- 5 m < l ≤ 20 m: ± 0.1%
- l > 20 m: ± 20 mm
- Cross-section Angle Deviation: 1:50
- 1:50
Custom Processing
Prestige LAM by Eurodita LVL can be further processed according to the intended use and specific customer wishes. Customers are at liberty to paint and impregnate the LVL surfaces as per the guidelines of the paint/impregnator suppliers without affecting the structural properties.
Prestige LAM by Eurodita: Multi-Storey Building Applications
In multi-storey buildings, “Prestige LAM by Eurodita” LVL offers a variety of applications due to its strength and versatility:
Marginal Dimensions:
Thickness 21 – 90 mm, Width 40 – 1830 mm, Length 2000 – 18000 mm.
Wall Studs (LVL-P):
For vertical structural elements.
Roof Beams (LVL-P):
Supporting the roof structure.
Rim Board (LVL-P/C):
Providing perimeter support for the floor system.
Floor Beams (LVL-C/P):
For strong, stable floor support.
Stiffness Plate/Wall Plates (LVL-C):
To ensure rigidity and connection of structural components.
Corridor Floor Slabs (LVL-C):
Used in high-traffic areas for additional support.
Roof Panels (LVL-C):
Ideal for prefabricated roof elements.
Lintels (LVL-P/C GLVL):
For load-bearing over doors and windows.
Ledger Beams (LVL-P/C GLVL):
As horizontal supports attached to the main structure.
Bathroom Module Structure/Wall Plates (LVL-C):
Provides the framework for prefabricated bathroom units.
Elevator Shaft Plates (LVL-C):
Forming the structural backbone for elevator shafts.
RIB Floor Panels (LVL-P/C GLVL):
Offers a robust solution for flooring systems.
Balcony Floor/Roof Panels (LVL-C):
For exterior spaces requiring durability and strength.
Prestige LAM by Eurodita: Versatile Applications for Industrial and Storage Facilities
Prestige LAM by Eurodita” provides high-performance engineered wood solutions for a range of structural applications in industrial, storage, sports facilities, and similar buildings. Our LVL products are designed for versatility and durability, ensuring optimal performance in various construction scenarios.
Applications include:
Thickness 21 – 90 mm, Width 40 – 1830 mm, Length 2000 – 18000 mm.
Portal Frames (LVL-P/C):
Ideal for open spans in entrances and large spaces.
Truss Elements (LVL-P/C):
Essential components for roof and floor trusses.
Columns (LVL-P):
Robust vertical supports with high load-bearing capacity.
Span Purlins (LVL-P):
Support for roofs and floors across spans.
Lintels (LVL-P/C):
Horizontal supports over doorways and windows.
Bracing Panels for Walls (LVL-C):
Key for lateral stability of wall structures.
Horizontal Wall Beams (LVL-P):
Providing support and structure to walls.
Bracing Panels for Roofs (LVL-C):
Ensuring the rigidity and strength of roof structures.
Wall Stud (LVL-C):
Fundamental for the framework in panel construction.
Each application is crafted to meet the highest standards of strength and reliability, positioning “Prestige LAM by Eurodita” as a leader in the engineered wood products market.