Plain OSB Board OSB Packing Poplar Veneer OSB

China Plain OSB Board OSB Packing Poplar Veneer OSB, Find details about China OSB Board, OSB Panel from Plain OSB Board OSB Packing Poplar Veneer OSB

Model NO.
CFPC-OSB-001
Surface Finishing
Finished
Usage
Indoor, Outdoor
Grade
2/3/4
Certification
ISO9001, FSC
Shape
Square
Species
Radiata Pine,Poplar
Glue
D3,D4,Mdi
Customize
Tongue and Groove
Mositure
6-8%
Trademark
cfpcsd
Transport Package
by Pallets
Specification
1220*2440mm, customized
Origin
China
HS Code
4410120000
Model NO.
CFPC-OSB-001
Surface Finishing
Finished
Usage
Indoor, Outdoor
Grade
2/3/4
Certification
ISO9001, FSC
Shape
Square
Species
Radiata Pine,Poplar
Glue
D3,D4,Mdi
Customize
Tongue and Groove
Mositure
6-8%
Trademark
cfpcsd
Transport Package
by Pallets
Specification
1220*2440mm, customized
Origin
China
HS Code
4410120000

Plain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSB

Plain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSB
From squeak-free floors to solid wall and roof sheathing, oriented strand board (OSB) is shaping how the world builds. OSB is engineered for strength and designed for a variety of
applications. OSB is a proven performer for many residential and nonresidential applications.

Its high performance capabilities make OSB ideal for diverse markets, including materials-handling applications, the structural insulated panel industry, do-it-yourself projects, wood I-joist products, and industrial applications such as furniture and trailer liners.


OSB is made from real wood
OSB is manufactured in a cross-oriented pattern similar to plywood to create a strong, stiff structural panel. OSB is composed of thin rectangular-shaped wood strands arranged in layers at right angles to one another, which are laid up into mats that form a panel. OSB is bonded with water-resistant adhesives. Most panels are also treated with a sealant on the panel edges to guard against moisture penetration during shipment.

As an added feature, panels are often textured on at least one side to provide a slip resistant surface. OSB uses the wood resource very efficiently, in part because sheathing panels can be made using smaller, younger fast-growing tree species, such as aspen and southern yellow pine. Plus, about 85-90 percent of a log can be used to make high quality structural panels, and the remainder--bark, saw trim, and sawdust--can be converted into energy, pulp chips or bark dust.
OSB manufacture
In the first phase of OSB manufacture, logs are debarked and cut to a uniform length. The logs are then turned into strands. The strands are dried with heat in a large rotating drum which is screened to grade for strands that are the correct size.

Liquid or powder adhesive is applied to the dried strands and then transported in layers on a conveyer system to a forming line, where the layers are cross-oriented into mats. Face layer strands generally run along the panel, while core layer strands are randomly oriented or run across the panel.

The mats are trimmed to a workable size and then moved to a press where the wood strands and adhesive are bonded together under heat and pressure to create a structural 
panel.
Finally, the panels are cut to size. Panels can be manufactured in many sizes simply by altering the cutting pattern.


OSB is engineered to perform
Nearly four decades of laboratory tests and use in the field have proven that OSB is an excellent performer. Performance begins when the panel leaves the manufacturer. The panels remain flat and square during storage and transportation, so they arrive at the jobsite flat and easy to install; tongue-and-groove panels effortlessly fit together. Relative to their strength, OSB panels are light in weight and easy to handle and install. Frequently, the panels are textured or splatter-coated on one side to increase traction on the panel surface. This is especially useful when the panels are used for roof sheathing, because
the textured surface provides better footing for workers. OSB is designed to withstand exposure to the weather during construction.
OSB's performance continues long after the panel is put to use. The panels exhibit excellent fastener-holding capability, even when nailed close to the panel edge. OSB resists deflection, delamination and warping because the wood and adhesives work together to create a strong, dimensionally stable panel. OSB panels are made of real wood, a natural insulator which provides excellent protection against heat loss and condensation. Many OSB panels are manufactured in large dimensions, minimizing the number of joints that can 4°leak4± heat and admit airborne noise into the structure. In addition, the panels resist racking and shape distortion under high wind and earthquake forces.
 

OSB APPLICATIONS AND COMMON SIZES
OSB is most commonly used for traditional applications such as sheathing for roofs and walls, subfloors, and single-layer flooring. Its superior performance has allowed OSB to gain popularity in a variety of other areas, including: structural insulated panels, the webs for wood I-joists, materials-handling applications, furniture, and a variety of do-it-yourself projects.

OSB panels are typically 4 x 8 feet in size. Metric panel sizes are also available from some manufacturers in 1.25 x 2.50 meters. Panels for use as exterior siding are also available in narrow lap widths of 6 inches (152 mm) or 8 inches (203 mm), and 16-foot (4.88 m) lengths. Because OSB is typically manufactured in large sizes, many manufacturers can custom-make panels in almost any size by simply altering the cutting pattern.

Most OSB manufacturers make oversized panels, up to 8 x 24 feet, which are typically used for panelized roof and wall systems, facers for structural insulated panels (SIPs), or modular floors. In operations where oversized panels can be handled, they 
provide the advantage of reducing the total number of panels required to do a job, and thus speed installation time and reduce construction cost.

OSB can be manufactured with square edges or with tongue-and-groove edges. Panel surface treatments may include texturing or sanding. Overlaid OSB for use as exterior siding also may be surface textured or grooved.
 

 OSB/2 - Load-bearing boards for use in dry conditions

OSB/3 - Load-bearing boards for use in humid conditions

 

OSB/4 - Heavy-duty load-bearing boards for use in humid conditions

OSB for sheathing
OSB Sheathing is intended for subflooring, wall sheathing, and roof sheathing. APA Rated Sheathing/Ceiling Deck can also be made using OSB; it is made so that one surface has an overlay, texturing, or grooving.Common thicknesses for sheathing panels are: 3/8 inch
(9.5 mm), 7/16 inch (11.1 mm), 15/32 inch (11.9 mm), 1/2
inch (12.7 mm), 19/32 inch (15.1 mm), 5/8 inch (15.9 mm),
23/32 inch (18.2 mm), and 3/4 inch (19.0 mm).

OSB for flooring
OSB Sturd-I-Floor is intended for single-layer flooring under carpet and pad. Sturd-I-Floor
 panels often have tongue-and-groove edges.Common thicknesses for flooring panels are: 19/32 inch (15.1 mm), 5/8 inch (15.9 mm), 23/32 inch (18.2 mm), 3/4 inch (19.0 mm), 7/8 inch (22.2 mm), 1 inch (25.4 mm), and 1-1/8 inches (28.6 mm).
OSB for industrial and do-it-yourself applications
OSB is also widely used in industrial applications. It can be used for mezzanine floors and shelving in commercial and industrial structures. OSB also is used in furniture, reels, trailer liners, recreational vehicle floors, roofs and components.
OSB STORAGE AND HANDLING
As with plywood, OSB panels require proper storage and handling. Always protect ends and edges, especially tongue-and-groove products, from physical damage. When moving bundles of panels with a forklift, place the bundles on pallets or lumber bunks to avoid damaging them with fork tines. When transporting panels on open truck beds, cover 
the bundles with a tarp.

Whenever possible, store the panels under a cover. Keep sanded or other appearance-grade panels away from high traffic areas. If moisture absorption is expected, cut the steel band on the bundles to prevent damage.
When storing panels outside, stack them on a level surface on top of stringers or other blocking. Use at least three stringers. Never leave panels in contact with the ground. Cover the stack with plastic or a tarp. Make sure the bundle is well ventilated to prevent mildew.

 

Plain OSB Board OSB Packing Poplar Veneer OSB
 
ProductOriented strand board (OSB)
Material Poplar, Pine, Combi, Hardwood
Glue WBP / Phenolic /E0 /E1/E2/MDI
Size 1220x2440,1250x2500 or accept customization
Thickness 6-45mm(9.5mm,11.1mm,12mm,15mm,18mm)  or accept customization 
MOQ22 CBM
Delivery Time 15-25 Days 
Thickness Tolerance Thickness:+/ -0.2mm
Size Tolerance Length &Width:+/-2mm
Usage          Roof decking, furniture, packing, hoarding, signboards and portable building, constructional insulation board, 
Density600-700KG/CBM
Production Advantages:
 
1) Tight construction and high strength;
2) Minimum twisting, delamination or warping;
3) Water proof, consistent when exposed in the natural or wet environment;
4) Low formaldehyde emission;
5) Good nailing strength, easy to be sawn, nailed, drilled, grooved, planed, filed or polished;
7) Good heat and sound resistant, easy to be coated;
8) Note the OSB 3 is for use on flat roof situtaions, a far better product than standard chipboard or particleboard.
PaymentT/T or L/C at sight






Plain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSBPlain OSB Board OSB Packing Poplar Veneer OSB