Factory Price F22 E15 E16 Larch Pine LVL Beam H2s Treated for Structural Use

Product Description

Product Description

Manufacture
HC Flexframe LVL is manufactured by laminating ultrasonically graded Pine and Sprue sheets, using phenolic adhesive, in a continuous assembly in which the grain direction of   the veneers are orientated  in the longitudinal direction. In some instances, cross band veneers may be introduced.  Using highly  sophisticated continuous belt pressing  technology and   microwave pre-heating, it is pressed as a 1220m nominal width continuous billet in various standard thicknesses. It can be docked to any specified length and ripped into standard widths for use as structural members.

Structural LVL Description
HC Flexframe LVL is an engineered wood composite       made from rotary peeled veneers, laid up with parallel      grain       orientation. One of the main features of LVL is    to disperse or remove strength-reducing characteristics   of wood.      HC Flexframe LVL is an engineered, highly      predictable, uniform lumber product, because natural         defects such as knots,   slope of grain and splits have      been dispersed throughout the veneer assembly or have  been removed altogether. In addition to this, the veneer   sheets are placed in a specific sequence and location      within the product to maximise the potential of the stiffer  and stronger veneer grades. This    can be considered as an engineered configuration of the  veneers. Flexframe     LVL is dimensionally stable, resists  warping and twisting and is machined to consistently       uniform sizes.

 

Ve ne e r	Pine/Sprue
Thickness species	2.5 - 4.4mm
Joints	scarf/overlap

Moisture Content:
8 - 15% ex mill
Adhesive:
Dynea Phenolic adhesive A marine bond
Formaldehyde Emission Class:
E0 (Table 1 AS/NZS 4357.0)
Nominal Tolerances:
Depth:            -2 , +2mm
Thickness:    -2, +2mm


We can provide a number of specialty services, including the followings:
Private label provider
Custom stamping
Custom packaging
Literature support
 

Detailed Photos

 

Our Advantages

Structural LVL Advantage:

1. High Strength
2. Dimensional stability
3. Guaranteed technical date
4. Corrosion resistance
5. Easy length identification on site-ends are colour coded by length
6. Faster and easier to install-enhances productivity and reduces
7. According client's require to produce
8. True sourced from environmentally sustainable plantation timer
9. Veneer are bonded together using a type"A"(marine) bond, which has proven performance for in excess of 50 years
10. Quickly assembly due to the ready-to-use prefab panels and installation of high strength frames without heavy lifting equipment.
11. Light weight of structures results in less loads on soils and gives way to the usage of economical foundations.
12. Usage of timber frames and modern insulation materials allows to construct 'breathing' houses, being warm during winter time and cool in summer.
13. Houses have practically no shrinkage

Product Usage

Structural LVL Applications:

 

Partition walls
Trussing system(ridge beams, ceiling rafters, trusses)
Ceilings
Floor supports
Concrete forming
Timber frame construction

 

Structural LVL Construction Overview:
 

 

Laminated Veneer Lumber(LVL) is used in a variety of applications including beams, joists,trusses, frames, roof, floor and wall elements, components for the joinery industry(doors, stairs, windows) and vehicle industry, concrete formwork and scalffold boards.

Benefits of Form LVL:

• Enhanced durability and safety(OHSA/ANSI/BS/EN)
• Unrivalled structural rigidity, stability and strength
• Proven to last at least twice as long as solid wood equivalents
• 10% lighter than solid wood equivalents
• No metal end band required
• No on-going maintenance or remedial repairs required
• Excellent electrical insulation properties
• Excellent anti-corrosive and chemical properties
• Inherent strength properties of structural LVL mean that it can be cross-cut to exact lengths

Packaging & Shipping

Packing & Shipping

 

 with Benchmark CERTIFICATION