HDF laminate flooring

Category： Laminate flooring
size；1218*198 ;1218*240;1218*303;OEM
Density:MDF ,MHDF ,HDF 750-880kg/m3
thickness：7mm 8mm 10mm 11mm 12mm
Wear-resistant:AC2、AC3、AC4、AC5
Product description：Surface Treatment:crystal ,emboss ,glossy ,eir Click:Arc Click, Single Click, Double Click, Valinge Click，Drop Lock Edge Style:Square edge, V-groove, U-groove
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HDF laminate flooring refers to High-Density Fiberboard laminate flooring. It is a type of flooring that is made using a high-density fiberboard core and a laminate overlay.

The HDF core is made by compressing wood fibers together under high pressure and heat. This creates a dense and durable core material that provides stability and resistance to wear and tear. The laminate overlay, which is made of a high-quality image of wood or stone, is then fused onto the HDF core using a lamination process.

HDF laminate flooring is known for its durability, affordability, and ease of installation. It is a popular choice for residential and commercial applications due to its versatility and low maintenance requirements. It is also resistant to moisture, stains, and fading, making it suitable for high-traffic areas.

There are various styles and finishes available, allowing homeowners to achieve the look of hardwood, tile, or stone without the higher cost and maintenance associated with those materials. Additionally, HDF laminate flooring is often more environmentally friendly than natural wood flooring, as it uses fewer natural resources and can be recycled.

Overall, HDF laminate flooring is a durable, affordable, and versatile option for those looking to enhance the look of their home or commercial space.

Laminate flooring typically consists of four layers:

1. Wear Layer: The top layer of laminate flooring is the wear layer, which is a clear, protective coating made of aluminum oxide or melamine resin. This layer helps to protect the floor from scratches, stains, and fading.

2. Decorative Layer: The decorative layer is a high-resolution photographic image that is printed onto a thin sheet of paper or film. It is designed to mimic the appearance of various materials, such as hardwood, stone, or tile. This layer gives the laminate its desired visual effect and can vary in design and style.

3. Core Layer: The core layer is the main body of the laminate flooring and provides its structural stability. It is typically made of high-density fiberboard (HDF) or medium-density fiberboard (MDF) that is treated with resin for added moisture resistance.

4. Backing Layer: The backing layer is located underneath the core layer and provides further support and stability. It is usually made of melamine resin or plastic to add moisture resistance and protect against warping.

These layers are bonded together using a lamination process, which involves heat and pressure, creating a solid, durable laminate flooring product. The specific composition and quality of each layer can vary depending on the brand and quality of the laminate flooring.

Technical Data for laminate flooring
Characteristics	Test Standard	Unit	Standard or Rating
HDF density	GB/T18102-2007	KG/M3	≥850
Class 23	EN13329		general residential use in living rooms and dining rooms
Class 31	EN13329		more varied locations, such as small offices and other light commercial location
Class 32	EN13329		higher traffic commercial areas such as boutiques, busier offices, and restaurant
Abrasion resistance	EN13329,Annex E	R	AC3≥2000
			AC4≥4000
Formaldehyde E1	EN717-1	MG/M3	0.124
Length Tolerance	EN13329, Annex A	MM	≤0.5
Width Tolerance		MM	≤0.2
Thickness Tolerance		MM	≤0.5
Squareness of the element		MM	≤0.2
Straightness of the surface layer		MM/M	≤0.3
Flatness of the element		%	f w, concave ≤ 0,15 % f l, concave ≤ 0,50 %
Openings between elements(mm)	EN13329, Annex B	MM	average ≤ 0.15
			max ≤ 0.20
Height difference between elements(mm)		MM	average ≤ 0.10
			max ≤ 0.15
Dimensional variations after changes in relative humidity	EN13329,Annex C	MM	≤0.9mm
Light fastness	EN ISO105-B02		Blue wool scale ≥6
	EN 20105-A02		Gery scale ≥4
Static indentation	EN433	MM	No visible change
Surface soundness	EN13329,Annex D	N/MM2	≥100
Impact Resistance	EN13329,Annex F	MM	IC2
Resistance to staining	EN438		5, No visible changes
Resistance to cigarette burns	EN438		4
Effect of a furniture leg	EN424		No visible changes
Effect of a castor chair	EN425		No visible changes
Thickness Swelling rate(%)	EN13329,Annex G	%	≤18
Slip resistance	EN14041		DS