• 3/4 Inch Door Skin Poplar Core Plywood in Different Sizes System 1
  • 3/4 Inch Door Skin Poplar Core Plywood in Different Sizes System 2
  • 3/4 Inch Door Skin Poplar Core Plywood in Different Sizes System 3
  • 3/4 Inch Door Skin Poplar Core Plywood in Different Sizes System 4
3/4 Inch Door Skin Poplar Core Plywood in Different Sizes

3/4 Inch Door Skin Poplar Core Plywood in Different Sizes

Ref Price:
get latest price
Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
5000 pc
Supply Capability:
5000000 pc/month

Add to My Favorites

Follow us:


OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

Description of Door Skin:

Product Name: Slice Cherry plywood

Face/Back: Cherry

Core: Poplar,Hardwood,Pine,Birch,Eucalyptus,Combi etc

Size:1220×2440mm,1250×2500mm,1220×2150mm,1830×3660mm etc

Thickness: 2.7-30MM

Thickness Tolerance: +-0.1mm~0.3mm  <=6mm<    +-0.3mm~0.5mm  >6mm

Glue:WBP/MR/MELAMINE/E0/E1/E2

Grade:BB/BB BB/CC CC/CC etc

Moisture: 8-14%

 

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 Details of Door Skin:

 

MOQ: 40HQ

Packing Details:  20GP 8pallets/21M3

                              40GP 16pallets/42M3

                              40HC 18pallets/53M3

Payment Terms:  30%T/T in advance,70%L/C

Delivery Time: 15 to 20 days after receiving 30%T/T down payments

 

Technical Data of Door Skin:

 

Grade Description

AA

A

B

C

D

E

Sapwood

No

No

Slight color difference

Slight color difference

Yes

Yes  

Heartwood

No

No

No

Slight color difference

Yes

Yes

Color Streaks or Spots

Slight

Slight

Slight color difference

Slight color difference

Yes

Yes

Color Variation

No

No

Slight

Slight

Yes

Yes

Sharp Color Contrasts at Joints

No

No

No

Slight

Yes

Yes

Type of Matching

Book Matched

Slip Matched

Pleasing Matched

Yes

Specify

--

Yes

Specify

--

Specify

Specify

Yes

--

--

--

--

--

--

--

--

--

Nominal     Minimum  Plain-S

Width of Face      Quarter 1/4

Componentsa       Rotary

152 mm

76 mm

152 mm

127 mm

76 mm

127 mm

76 mm

76 mm

102 mm

No Limit

Small Conspicuous Burls & Pin Knots-Combined Avg. Numbe

2 per 1m2

4 per 1m2

6 per 1m2

No Limit

Conspicuous Burls-Max. Size

6.4 mm

9.5 mm

12.7 mm

No Limit

Conspicuous Pin Knots

Avg. Number

Max. Size: Dark Part

        Total

No

No

3 per 3 m2  

3.2 mm

6.4 mm

No Limit

Scattered Sound and Repaired Knots-Combined Avg. Number

Max. Size-Sound

Max. Size-Repaired

Avg. No.-Repaired

No

No

4 per 3 m2  

9.5 mm

3.2mm

4 per 3 m2  

3 per 1 m2

1  2.7 mm

12.7 mm

4 per 3 m2

4 per 1 m2

25.4 mm

19 mm

2 per 1 m2

No Limit

38 mm 25.4 mm 1 m2

Mineral Streaks

No; Maple, Slight

Slight

Slight

Slight

Yes

Yes

Bark Pockets

No

No

Few to

3.2mmx25.4mm

Few to

6.4mmx50.8mm

6.4mmx50.8mm

Yes

Worm Tracks

No

No

Slight

Slight

Yes

Yes

Vine Marks

Slight

Slight

Slight

Yes

Yes

Yes

Cross Bars

Slight

 

Slight

Yes

Yes

Yes

Yes

Door Skin Poplar Core Plywood In Different Sizes

 

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: The difference between the multilayer board and the plywood is as follows
Also available for aircraft, ships, trains, cars, construction and packaging board and other materials.
Q: triple? Nail gun Self-tapping screws? Cork Or other?
The number of layers is generally odd, and few are even. Vertical and horizontal direction of the physical and mechanical properties of small differences
Q: What are the further processing of plywood?
Direct printing plywood Direct print plywood is printed directly on the plywood surface with simulated wood grain or other patterns.
Q: What types of plywood can be divided into?
Class I (NQF) - weather resistant, resistant to boiling plywood Class II (Ns) - Water resistant plywood.
Q: What are the processing defects of plywood?
Edge defects at the edges of the panel due to sanding, sawing or collision caused by the corner defects.
Q: What are the defects of the plywood?
partially intergrown knOts surrounded by the surrounding wood part of the length of its cross-section around the length of more than 1/4 to 3/4, texture Kuang hard.
Q: Class III resistant tide plywood class IV tonic resistant plywood
It is usually made of odd-numbered veneers and The fibers of the adjacent veneers are perpendicularly bonded to each other
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: Does plywood contain formaldehyde?
12 cm plywood is usually 3-4 layers of natural wood chips "glue" together, each layer of double-sided roller plastic hot forming, the whole board about 3 kg of glue

Send your message to us

This is not what you are looking for? Post Buying Request

Similar products

Hot products


Hot Searches

Related keywords