How to pay attention when manufacturing solid wood flooring

Consumers must look at the production of solid wood flooring. The first step is to separate the good timber from the good ones. The quality of the logs is of critical importance to the floor quality. The quality control of a good brand begins with the selection of raw materials. Good wood is the basis for producing high-quality flooring.

The second step: solid wood core board sorting In order to ensure the quality of each piece of flooring, the regular manufacturers usually only choose thin and thick, moderate thickness, and no defect, no break solid wood core board as a floor substrate, by full-time sorters on the floor The substrate is selected.

The third step: the core plate glue plate professional glue equipment operation, can guarantee the uniform amount of glue, improve the efficiency of the glue. The 8-10 layers of glued thin solid wood core boards are arranged in a criss-cross pattern and arranged in layers, and they are bonded together to change the original stretching direction of the wood fibers. It is this step that has completely improved the limitations of the wet-swell and shrinkage of solid wood.

The fourth step: core plate hot-press glue hot-press is an important process in the production process of parquet, it is directly related to the quality of the floor finished product. The hot press equipment used in large factories is relatively advanced, and production management personnel monitor the entire process. Therefore, the product quality is relatively stable.

Step 5: The thickness of the base material is determined by the sanding machine. The thickness and sanding of the surface and the bottom of the base material are determined by a large thickness sanding machine to ensure the flatness and smoothness of the surface of the panel, thereby improving the accuracy of the product. Preservation of veneers of precious tree species provides a reliable guarantee.

The sixth step: Substrate sorting After the initial processing of the healthy floor substrate is finished, it must be meticulously sorted by special personnel to remove unqualified products. After high temperature and high pressure, there is a large internal stress inside the substrate, and it needs to be released from equilibrium for 15 days to 20 days to release this internal stress, so that the substrate balance is stable. This process is called health.

Step 7: Solid wood veneer selection Multi-layer parquet is mostly used in dry environments in the north, so dimensional stability is crucial. In order to prevent cracking and other phenomena in the dry heating season, the precious wood veneers on the surface of the large-size brand solid wood laminate flooring are all selected by professional quality inspectors. The moisture content control is extremely strict.

Step 8: Forming the Floor Slab The selected veneer is coated with green adhesive on the floor substrate, and then hot pressed into an advanced hot press to form a qualified multilayer solid wood composite slab. . The ninth step: floor slab health Since the floor base material is affixed with decorative veneer and then subjected to hot pressing, the interior of the slab has a greater internal stress. Such a floor slab needs to be kept in a constant temperature and humidity equilibrium health storehouse. Rest stay for about 20 days to ensure that the floor quality is more stable.

Step 10: Floor Cutting Slots After health, the slabs will be cut by slotting equipment. The grooving is of great significance to the splicing of the finished floor, so large domestic companies have introduced more German import cutting equipment to ensure quality.

The eleventh step: paint dripping and fixing the finished floor, will pass through the paint leaching equipment. After eight coats of primer and four coats of paint, the surface finish of the finished floor will be moist and resilient. Afterwards, simply sorting the packaging ends the entire production process.

Floor purchase natural floor del floor paint decoration

Our aluminum alloy Emergency Restoration Tower has different structures. The LTQ110S type is designed with single-leg structure, while the rest types possess the portal-framed structure. Moreover, the 220kV portal-framed tower can also assemble the 110kV portal-framed type or 110kV single-leg type.

And our Aluminum Alloy Crossing Structure is fitted with the 04171 crossing structure backward installation lifter that needs to be purchased additionally.


Tower

Emergency Restoration Tower And Crossing Structure

Emergency Restoration Tower, Aluminum Alloy Crossing Structure

NINGBO MARSHINE POWER TECHNOLOGY CO., LTD. , http://www.marshine-power.com