Top Engineered Veneer in Different Thickness for Door Skins and Plywood

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
5000 pc
Supply Capability:
5000000 pc/month

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Product Description:

Specifications of Engineered Veneer Wood:

Engineered Veneer Unreal Color Wood for Door Skins and Plywood
1.Thickness:0.3mm-0.6mm
2.Grade:furniture,door and panel grade

Specification of Engineered Veneer Wood:

(1)Regular Size: Width640mm*Thickness 0.30-0.6mm *Length 2500mm

(2)Application: Can be used in interior decoration,furniture and music equipments , plywood or MDF , door etc

(3)MOQ: 500m2

(4)Packing:Wood pallet covered with plastic and fixed by iron belt

(5)Terms of payment: TT, LC at sight

(6)Delivery date:within 7—10 days after order confirmed. Your special order is also welcome

Other Information of Engineered Veneer Wood:

Dimension

2 x 8 feet/2.5mx64cm

Thickness

0.5mm/0.3mm

Grain

quarter cut/crown cut

Grade

Good quality

Moisture

To be 8%-10% at time of shipment.

Quality

Clear grain,  uniformity color,   no chew silk, no any defect

Usage

High grade Furniture, Restaurant and hotel decoration. Decoration board. Be pasted on MDF, Plywood. Other wood product, ect.

Package

Wooden pallet packing

Quanity fits in container

20’GP

35000m2

40’GP

65000m2

40’HQ

75000m2

MOQ

No requirements or can place a sample order to test our quality.

Delivery time

5-15 days on receipt of deposit.

Price terms

EXW, FOB, CIF, CNF.

Payment terms

By T/T, 30% for depoait and 70% is paid before shipment or after goods' inspection

 

Process of Engineered Veneer Wood:

Log Selection
EV is generally produced from Chinese Poplar logs, grown locally either by local co-operatives,
or in registered plantation areas. The light natural colour and soft grain definition of Poplar makes it wellsuited to the production of EV. The process of converting timber into EV starts with the selection of logs, following which they are bought to the mill for processing. The timber is trimmed, sawn to length and debarked. The logs are now ready to be peeled.

Peeling of the Logs
The logs are mounted onto a giant lathe. Within minutes the logs are peeled into rotary veneers. This is achieved by pressing a rotating log towards a large blade, thinly peeling a continuous sheet of veneer off the log. The veneer is dried, stacked and then graded. It is now ready to be dyed.

Drying
EV veneers can be dryed to a consistent colour to suit the market requirement. The raw veneer leaves are stacked into a stainless steel cage. Once completely loaded, the stainless steel cage is immersed into a pressurized, heated vat that is filled with water soluble dry. This system ensures that each leaf is given the correct amount of time to allow the dry to completely penetrate each individual leaf of veneer. Once the desired colour has been achieved, the leaves are unloaded from the vat, dried and given a final inspection before going to the gluing stage.

Gluing
The gluing process is critical for the performance of the finished product. A layer of glue goes between each leaf of veneer, to bond the leave of veneer together. Once the stack has been laid up it is then put into a high pressure press to bond the leaves together, creating a large rectangular block.

Slicing of the Block
The block in now ready to be sliced into veneer leaves. Once the block has been produced, it is turned through 90 degrees, to present the end grain, then mounted to the slicing unit. The blade now runs across the end grain of the block, slicing thickness controlled leaves of veneer. The veneer leaves that are produced are approximately 0.4mm thick, and in 2440 x 1220 format. The veneer is now ready to be used as face veneer for Eucalyptus and Poplar core plywood products.

Packing of Engineered Veneer Wood:

 Top Engineered Veneer in Different Thickness for Door Skins and Plywood

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Q:National standards for decorative veneer veneer plywood performance requirements
Its physical and mechanical performance indicators are: moisture content, surface bonding strength, impregnation stripping
Q:Further processing of the plywood
flame-retardant plywood The flame-retardant p1ywood is used to block the spread of flame, with a flame retardant.
Q:What is the best way to fix multi-layer plywood?
The main tree species are: camphor, willow, poplar, eucalyptus and so on.
Q:What is the plywood made of wood?
Commonly used plywood type plywood, penta and so on. Plywood can improve timber utilization and is a major way to save wood
Q:Why plywood is cheaper than solid wood
and then made of adhesive glue from the three or more layers of plate-like material, usually with odd-level veneer, and the adjacent layer of veneer Of the fibers are perpendicular to each other
Q:What are the shortcomings of plywood
the plywood is not as smooth as the density of the board, with the plywood to do the grassroots, the surface and then bonding fire board, aluminum panels and other decorative panels, as the density board to do solid base
Q:What types of plywood can be divided into?
It can withstand cold water or short-term hot water immersion, but not resistant to boiling.
Q:What is the method of fixing between plywood?
Q:Plywood in the material defects?
discoloration discoloration Where the normal color of wood changes called color, can be divided into two kinds of chemical discoloration and fungal discoloration.
Q:Classification of plywood for construction
if you want to make general indoor wood products, you can use E1 (or even E0) urea formaldehyde

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