-High-end carving MDF: E0/P2 glue, density: 850-900kg/cbm, zero formaldehyde emission -Medium quality MDF (Ordinary furniture MDF): E1 glue, density: 750-800kg/cbm -Low-end MDF (market furniture MDF): E2 glue, density: 650-700kg/cbm MDF does not contain knots or rings, making it more uniform than natural woods during cutting and in service.[8] However, MDF is not entirely isotropic, since the fibres are pressed tightly together through the sheet. Typical MDF has a hard, flat, smooth surface that makes it ideal for veneering, as no underlying grain is available to telegraph through the thin veneer as with plywood. A so-called "premium" MDF is available that features more uniform density throughout the thickness of the panel. Engraving MDF: used for making various toys and crafts, suitable for laser cutting technology Furniture MDF: used in the design of cabinets, wardrobes, sofas, etc. Generally, the surface is finely processed and pasted with various colors of melamine paper Low-density MDF: used for packaging production, packaging boxes or dressing tables, and also used for floor and wall panels Color distinction: 1. Light brown core MDF (moisture proof) 2. Dark brown core MDF/HDF (engraving) 2. Green core MDF (waterproof) 3. Red core MDF (flame retardant) We can make plywood of all sizes to order, and we can also customize the quality of the products according to the demand, which is our advantage

Product name	MDF/HDF
Size	1220×2440mm/1250x2500mm/1220x2745mm/1830x2745mm/customize
Thickness	1mm-36mm
Thickness tolerance	±0.2mm/±0.5mm
Density	580kg/CBM-850kg/CBM
Glue	EO/E1/E2/P2
Surface treatment	Fine surface/Melamine paper
Core	Poplar/eucalyptus
Supply Ability	5000 Cubic Meters per Month
Packaing Details	Carton packing for export
Port	Qinzhou/Guangdong/Qingdao
Production time	15 Days
Certification	CE,     ISO9001,FSC,CARB

MDF is valued for its defect-free composition and highly uniform density that allow it to cut, rout, shape and drill cleanly, holding intricate detail with a minimum of waste and tool wear. Panel for panel, it's hard to beat for material efficiency, machining performance and productivity. MDF also finishes beautifully and consistently. Its flat, smooth surface delivers exceptional results whether laminated, direct printed or painted. Sanded with a range of available grits, it performs well even with very thin overlays and dark paint colors. Dimensional stability is another important benefit. That means swelling and thickness variations are virtually eliminated when using this product. The precision craftsmen machine into their component parts during production will be maintained in the assembled product they produce. Fasteners will draw tight and end users will enjoy the accurate fit and clean appearance. Offers a smooth, consistent face that is completely defect free High-quality, high-energy-refined fibers and consistent densities of Ultrastock select provide the ideal characteristics to cut and route cleanl Smooth surface polished with a final 150 grit finish Perfectly suited for paints, stains, veneers or laminates-all with excellent results No assembly required Over time, the term "MDF" has become a generic name for any dry-process fibre board. MDF is typically made up of 82% wood fibre, 9% urea-formaldehyde resin glue, 8% water, and 1% paraffin wax.The density is typically between 500 and 1,000 kg/m3 (31 and 62 lb/cu ft).The range of density and classification as light-, standard-, or high-density board is a misnomer and confusing. The density of the board, when evaluated in relation to the density of the fibre that goes into making the panel, is important. A thick MDF panel at a density of 700–720 kg/m3 (44–45 lb/cu ft) may be considered as high density in the case of softwood fibre panels, whereas a panel of the same density made of hardwood fibres is not regarded as so. The evolution of the various types of MDF has been driven by differing need for specific applications. When MDF is cut, a large quantity of dust particles is released into the air. A respirator must be worn and the material cut in a controlled and ventilated environment. Sealing exposed edges is a good practice to limit emissions from binders contained in this material. Formaldehyde resins are commonly used to bind together the fibres in MDF, and testing has consistently revealed that MDF products emit free formaldehyde and other volatile organic compounds that pose health risks at concentrations considered unsafe, for at least several months after manufacture.Urea-formaldehyde is always being slowly released from the edges and surface of MDF. When painting, coating all sides of the finished piece is a good practice to seal in the free formaldehyde. Wax and oil finishes may be used as finishes, but they are less effective at sealing in the free formaldehyde. Whether these constant emissions of formaldehyde reach harmful levels in real-world environments is not yet fully determined. The primary concern is for the industries using formaldehyde. As far back as 1987, the U.S. EPA classified it as a "probable human carcinogen", and after more studies, the WHO International Agency for Research on Cancer (IARC), in 1995, also classified it as a "probable human carcinogen". Further information and evaluation of all known data led the IARC to reclassify formaldehyde as a "known human carcinogen"associated with nasal sinus cancer and nasopharyngeal cancer, and possibly with leukaemia in June 2004. According to International Composite Board Emission Standards, three European formaldehyde classes are used, E0, E1, and E2, based on the measurement of formaldehyde emission levels. For instance, E0 is classified as having less than 3 mg of formaldehyde out of every 100 g of the glue used in particleboard and plywood fabrication. E1 and E2 are classified as having 9 and 30 g of formaldehyde per 100 g of glue, respectively. All around the world, variable certification and labeling schemes are there for such products that can be explicit to formaldehyde release, such as that of Californian Air Resources Board.