MDF | Panneau de fibres de densité moyenne
SKU:
MDF
Les panneaux MDF (Medium Density Fiberboard) sont des produits en bois d’ingénierie conçus pour la cohérence, la précision et la polyvalence. Leur structure homogène, exempte de nœuds et de sens du grain, garantit un substrat parfaitement lisse et stable.
Associé au stratifié minéral XSTONE, le MDF devient un composant architectural de haute performance qui allie la précision structurelle à l’esthétique minérale authentique.
Principaux avantages :
– Qualité de surface supérieure pour la stratification directe avec les feuilles minérales XSTONE
– Substrat parfait pour les stratifiés minces en pierre véritable (1-2 mm)
– Excellente usinabilité pour la découpe CNC, le profilage et les détails complexes
– Stabilité dimensionnelle par rapport au bois massif
– Densité uniforme garantissant une performance de collage constante
– Rentabilité pour les projets d’intérieur et de vente au détail à grande échelle.
En intégrant le stratifié minéral XSTONE, le MDF se transforme en un panneau léger à revêtement minéral offrant :
– Une surface en pierre véritable
– Une charge structurelle réduite par rapport aux dalles massives
– Une application flexible sur les meubles, les murs, les éléments de PLV et la menuiserie
– Une installation plus rapide par rapport aux revêtements en pierre traditionnels.
Cette combinaison est idéale pour les environnements de vente au détail haut de gamme, les projets d’hôtellerie, la fabrication de meubles et les éléments intérieurs architecturaux nécessitant à la fois précision et texture minérale authentique.
| Composition | Fibres de bois (82-85%) + liant de résine synthétique (10-12%) + cire (1-3%) + eau (~8-10%) |
|---|---|
| Caractéristiques | Le MDF présente une surface lisse et uniforme, facile à découper, à usiner, à peindre et à plaquer, ce qui en fait un matériau idéal pour les meubles, les armoires et la menuiserie d'intérieur. |
| Taille | 2800 x 1200 mm ; dimensions sur mesure sur demande |
| Épaisseur | 12 mm ; épaisseur sur mesure sur demande |
| Classement au feu | D-s2, d0 ; B-s1, d0 résistant au feu sur demande |
Affordable
MDF is a particularly affordable material compared to other solid woods commonly used in interior design.
Versatility
MDF is available in a wide variety of sizes, thicknesses, and types (water-resistant, fire-retardant, and pre-stained), allowing you to tackle a wide range of projects, such as kitchen cabinetry, office desks, storage units, shelves, and wall panels.
Easy to machine
MDF is very easy to cut, saw, and machine to create complex and custom shapes.
Good dimensional stability
MDF has high dimensional stability. It does not expand or contract even with slight changes in temperature and humidity
Eco friendly
This is a relatively environmentally friendly product because it can be easily recycled and is made from wood scraps or wood particles that have been compressed and reinforced with glue.
Wall Design
Floor
Worktop & Splashback
Laminate
Furniture
Door
Retail Design
Hotel
Bar & Restaurant
Office
Residential spaces
Technical Characteristics & Manufacturing Technology
MDF Core Technology
MDF is produced by breaking down hardwood and softwood residuals into fine wood fibers. These fibers are combined with synthetic resin binders and wax, then formed into panels under high temperature and pressure using advanced hot-press technology.
Typical MDF technical characteristics:
• Density: 600–800 kg/m³ (depending on grade)
• Thickness range: Commonly from 2 mm to 40 mm
• Moisture content: Approx. 5–8%
• High internal bond strength
• Optimized surface smoothness for lamination
Modern production ensures:
• Precise thickness calibration
• Controlled fiber distribution
• High structural uniformity
• Tight tolerances for industrial use
Specialized variants include moisture-resistant (MR), fire-retardant (FR), lightweight MDF, and high-density MDF (HDF).
Integration with XSTONE Mineral Laminate
XSTONE Mineral Laminate consists of real mineral surface layers with a thickness of approximately 1–2 mm, bonded to MDF panels using cold or hot lamination processes.
Technical benefits of the system:
• Ultra-thin real stone veneer
• Flexible mineral surface adaptable to furniture shapes
• Strong adhesion using PVAc wood glue or contact adhesive
• Reduced weight compared to traditional stone panels
• High-end mineral aesthetics with industrial processing efficiency
The result: a calibrated MDF structural core combined with authentic stone texture, optimized for precision fabrication.
Eco Sustainability, Ecology & Certifications
MDF Environmental Profile
MDF panels are primarily manufactured from recycled wood fibers and timber industry by-products, supporting responsible resource management.
Environmental aspects:
• Valorization of wood residues
• Optimized raw material yield
• Reduced dependence on solid hardwood
• Compliance with E1 or lower formaldehyde emission classes
• Controlled VOC emissionsn
Sustainability Contribution of XSTONE Mineral Laminate
When MDF is combined with XSTONE Mineral Laminate, the environmental impact of mineral surfaces is significantly reduced:
• Real stone layer only 1–2 mm thick
• No massive quarry block transport
• Reduced material extraction per m²
• Lower transport weight
• Optimized CO₂ footprint compared to traditional stone slabs
XSTONE mineral laminates are produced without energy-intensive firing processes and comply with strict environmental and VOC standards. This hybrid system enables responsible interior architecture: authentic mineral aesthetics with reduced material intensity.
Installation Techniques
MDF Processing
MDF panels are designed for straightforward processing in controlled interior environments:
• Saw cutting (circular or panel saw)
• CNC routing and profiling
• Drilling and shaping
• Sanding and calibration
Applying XSTONE Mineral Laminate on MDF
For furniture and vertical applications:
• Adhesive: PVAc wood glue or neoprene contact adhesive
• Application method: Similar to high-pressure laminate (HPL)
• Uniform pressure required during bonding
• Edge finishing through trimming and light sanding
• Surface protection varnish recommended after installation
Installation considerations:
• Interior use recommended
• Proper substrate preparation required
• Sealing and finishing layers enhance durability
• Additional protective coating advised for high-traffic areas