Floor Knowledge: Analysis of advantages and disadvantages of carbonized flooring

Carbonized flooring is a kind of floor treated with high temperature and water in the absence of oxygen. It is generally divided into two types: carbonized bamboo flooring and carbonized solid wood composite flooring. There is also a small amount of carbonized solid wood flooring on the market.

Carbonized bamboo flooring is placed in a high-temperature, high-humidity, high-pressure environment, bamboo decomposition of organic matter (sugar, starch, protein), bamboo fiber processed by high temperature, high pressure after coking and other processes.

The surface of carbonized solid wood flooring is generally treated with carbonized eucalyptus. The surface layer of eucalyptus is first dried and carbonized using micro-molecule technology, which then causes the wood fibers to migrate internally and promotes a high degree of integration of the wood fiber pores.

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The advantages of carbonized flooring

1, moisture-proof

After the wood is carbonized, the holes of the wood fibers are dense and concentrated. Water stains are hardly immersed in wood.

2, anti-corrosion

After the wood is treated with high temperature, all the organic matter in the wood is decomposed and degraded, leaving no space for the fungus to survive.

3, stable

After the wood is treated with carbonization, the holes of the wood fiber are highly integrated, eliminating the internal stress of the wood, making the wood stronger and no longer undergoing thermal expansion and contraction.

4, cool in winter and cool in summer

Whether it is bamboo charcoal or charcoal, it has the effect of heat absorption and heat preservation. This is common knowledge. Xiao Bian does not introduce much here.

The disadvantages of carbonized flooring

1. After the carbonized floor, although it retains the natural texture of the wood, it loses its natural color. The carbonized floor is often dominated by dark colors, and the colors are not as bright and bright as other floors.

2. Wood that loses moisture is more brittle than wood that contains moisture. Although carbonized flooring is strong, it loses its original elasticity. Feeling and feel are not as soft and comfortable as other floors.

3, after high temperature and drying, make carbonized floor a little less authentic. Although carbonized flooring has no odor, it does not have the natural fragrance of wood.

Expert interpretation

Experts say that carbonized flooring is a sign of 'cooked' in the flooring industry. Carbonized flooring not only solves a number of problems in wood flooring, but also increases the service life of floors to 20 years. The current global floor carbonization technology is still in its infancy and has not yet matured. At present, carbonized solid wood composite flooring is still the main product on the market. The surface layer is carbonized and the substrate is solid wood. Experts say that the carbonization technology of floor manufacturers is different, with high and low, consumers should choose strength manufacturers when they choose to purchase carbonized flooring products. Do not buy blindly.

Floor purchase natural floor floor

PET Filament Nonwoven Geotextile

Polyester nonwoven filament geotextile made from virgin PET(polyester) chips, the continuous filament was extruded from PET chip by machine directly by spun bound process, and then punch together to get the stable 3D with higher strength fabric. So, it has high strength, good creep property excellent and erosion resistance aging-resistance, filtration, reinforcement and heat resistance.

Specification:

(1). 80g/m2~1000g/m2

(2). 1m~8m in roll width, the length as client's request.

(3). Color: white , black , green or at your request

Property:

(1). Good flexibility, resistant to corrosion, resistant to acids and alkali, anti-oxidation

(2). Separation, filtration, drainage, reinforcement , protection and maintentance function.

Technical data sheet of polypropylene geotextile

Technical data sheet of polyester geotextile

Gram weight	Thickness(mm)	Breaking strength(kn/m)	CBR burst strength(KN)	Elongation at break(%	Tear Strength(KN)	Sieve size O99(O35)mm
100	0.9	2.5	0.3	25-100	0.08	0.07-2.0
150	1.3	4.5	0.6	25-100	0.12	0.07-2.0
200	1.7	6.5	0.9	25-100	0.16	0.07-2.0
250	2.1	8	1.2	25-100	0.2	0.07-2.0
300	2.4	9.5	1.5	25-100	0.24	0.07-2.0
350	2.7	11	1.8	25-100	0.28	0.07-2.0
400	3	12.5	2.1	25-100	0.33	0.07-2.0
450	3.3	14	2.4	25-100	0.38	0.07-2.0
500	3.6	16	2.7	25-100	0.42	0.07-2.0
600	4.1	19	3.2	25-100	0.46	0.07-2.0
800	5	25	4	25-100	0.6	0.07-2.0