PAB | Panneau de particules
SKU:
PAB
Les panneaux de particules (PAB) sont des produits en bois d’ingénierie conçus pour offrir une stabilité structurelle, une polyvalence et une rentabilité dans une large gamme d’applications intérieures. Fabriqués à partir de particules de bois liées par la chaleur et la pression, ils constituent une structure homogène idéale pour la fabrication de meubles, l’ébénisterie, les étagères, les systèmes de cloisons et l’aménagement intérieur.
Associés au stratifié minéral XSTONE, ces panneaux se transforment en surfaces architecturales de grande valeur, alliant performance industrielle et esthétique minérale naturelle.
Les principaux avantages sont les suivants :
– Stabilité dimensionnelle : Une densité uniforme minimise le gauchissement et garantit des performances constantes.
– Rentabilité : L’utilisation optimisée des ressources en bois offre une excellente valeur pour les projets à grande échelle.
– Performance de surface améliorée : Substrat idéal pour le stratifié minéral XSTONE, permettant des finitions en pierre véritable, en béton ou en minéraux sans les contraintes des matériaux traditionnels.
– Intégration esthétique haut de gamme : Textures minérales naturelles (travertin, marbre, béton, rouille) appliquées de manière transparente sur des panneaux industriels.
– Facilité de mise en oeuvre : Facile à couper, à usiner, à percer et à plaquer sur les chants à l’aide d’outils de menuiserie standard, même après le laminage.
– Polyvalence : Disponible en différentes épaisseurs et densités pour répondre aux exigences structurelles et décoratives.
L’intégration du stratifié minéral XSTONE transforme le panneau de particules en une solution légère, flexible et design adaptée aux environnements intérieurs haut de gamme.
| Composition | Copeaux de bois, copeaux et sciure de bois agglomérés par un adhésif à base de résine synthétique. |
|---|---|
| Caractéristiques | Le panneau de particules est abordable, respectueux de l'environnement et recyclable, faible gonflement en épaisseur, traitement simple avec des outils conventionnels de travail du bois, surface lisse, convient aux applications de surface (revêtement en mélamine, feuille, placage, etc.), même degré de résistance dans différentes directions. |
| Taille | 2800 x 1200 mm ; dimensions sur mesure sur demande |
| Épaisseur | 14 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
Particle Board panels are produced through a controlled industrial process involving wood particles, resin binders, and high-pressure pressing systems. This industrial base makes them an ideal substrate for mineral laminate bonding, including cold or hot press lamination with XSTONE surfaces.
Core Technical Characteristics:
- Density Range: Typically between 600–750 kg/m³ depending on grade
- Thickness Options: Commonly available from 8 mm to 38 mm and above
- Mechanical Strength: Optimized internal bond strength and bending resistance
- Surface Uniformity: Fine outer layers perfectly suited for XSTONE mineral laminate application
- Moisture Resistance Options: Standard, MR (moisture resistant), and specialized grades
Manufacturing & Lamination Process Overview:
- Raw Material Preparation: Wood residues and chips are cleaned and graded
- Blending: Particles are mixed with thermosetting resins
- Mat Formation: Multi-layer structure (fine surface / coarse core)
- Hot Pressing: Panel consolidation under heat and pressure
- Calibration & Finishing: Sanding for precise thickness and smoothness
- Mineral Lamination (XSTONE):
- Application using PVAc, dispersion adhesives, or contact adhesives
- Compatible with flat or curved surfaces
- Process similar to high-pressure laminate (HPL) or veneer pressing
This combination ensures high mechanical reliability while enabling premium mineral finishes with minimal added thickness (2–3 mm).
Eco Sustainability, Environmental Performance & Certification
Particle Board panels contribute to sustainable construction through efficient resource utilization and responsible sourcing. When paired with XSTONE mineral laminate, the system further enhances environmental performance by replacing massive stone with ultra-thin mineral surfaces.
Environmental Benefits:
- Optimized Wood Use: Manufactured from recycled wood particles and sawmill residues
- Reduced Material Consumption: XSTONE uses a thin mineral layer instead of solid stone
- Low Emissions: Panels available in E1 or lower formaldehyde classifications; XSTONE is solvent-free with very low VOC (<1 g/L)
- Sustainable Certifications: Compatible with FSC®, PEFC™, and green building standards (LEED, BREEAM contributions)
- Reduced CO₂ Footprint: Lightweight mineral laminate reduces transport and structural load
The combination supports high-performance, sustainable interior architecture with strong environmental credentials.
Installation Techniques & Application Methods
Particle Board panels laminated with XSTONE mineral surfaces are designed for efficient and flexible installation using standard woodworking and joinery techniques.
Installation Guidelines:
- Cutting & Machining: Processed like laminate panels using carbide tools
- Adhesion:
- Furniture: PVAc wood glue or contact adhesive
- Vertical applications: Heavy-duty dispersion adhesive
- Edge Finishing: Edges can be laminated, sanded, or left raw depending on design intent
- Surface Treatment: Application of protective sealant recommended depending on use (enhances scratch and stain resistance)
- Moisture Protection: Proper sealing required in humid environments
- Substrate Preparation: Clean, stable, and level surface required
The system behaves similarly to traditional laminate or veneer, while delivering the visual and tactile quality of real mineral materials.
Conclusion
Particle Board (PAB) panels, when combined with XSTONE mineral laminate, represent a next-generation solution for interior architecture; merging industrial efficiency with authentic mineral aesthetics.
This hybrid system delivers:
- Lightweight performance
- High-end natural finishes
- Scalable production compatibility
- Strong environmental positioning
A technically optimized, economically efficient, and design-driven solution for contemporary furniture manufacturing and interior construction.
Conclusion
Particle Board (PAB) panels, when combined with XSTONE mineral laminate, represent a next-generation solution for interior architecture; merging industrial efficiency with authentic mineral aesthetics.
This hybrid system delivers:
- Lightweight performance
- High-end natural finishes
- Scalable production compatibility
- Strong environmental positioning
A technically optimized, economically efficient, and design-driven solution for contemporary furniture manufacturing and interior construction.