What is the new three-layer solid wood floor?
In terms of the profile structure, the new three layers wood floor is not just three layers, but a five-layer structure. The surface layer is high wear resistant with a thickness of 0.6mm-1.2mm. Use a three-layer plywood as a core, usually pine eucalyptus or birch plywood, and then eucalyptus wood as the back. Most of the new three layers wood floor is composed of this 32 five-layer structure. New 3 layer wood floor has a good foot feeling of warm and natural, and has the wear-resistance performance of the laminate floor. This kind of wood floor is very popular in nearly two years.
What is the pure three-layer solid wood floor?
Pure three-layer solid wood floor is a kind of solid floor. It is processed by three solid wood staggered layer, wiith high quality broad-leaved material solid wood or single panel as the surface, with jointed wood panel as the core and bottom layer, usually using pine wood.
What is the difference between new 3-layer wood floor and pure 3 layers solid wood floor?
Structure
New 3-layer solid wood floor has a structure of 3+2 layers, while pure three solid wood floor is made of three layers of wood. New three layer wood floor has the thickness of 0.6-1.2mm surface layer while pure 3-layer wood floor has the thickness of 3-4mm.
Performance
New three layer wood floor has another two layers arranged in a crisscross way on both sides. This arrangement means that the new three layer wood floor has a strong ability to resist deformation, which greatly improves the stability of the floor and increase the life.
Price
New 3 layer wood floor is cheaper than pure 3 layer wood floor while the performance is no less than pure 3 layer solid wood floor.
Structure
The new three-layer bore core is the arrangement of ribs, iand the pure three-layer board core is a whole core. The new form of the three-layer plate core ribs, there will be some gaps between each adjacent wood block, this is also called expansion joint, can largely avoid overheating or damp caused by the deformation arch.
