W-Hanson UK

Modern design shouldn't compromise on safety.   Fire-rated MDF   delivers both - offering architects and designers   aesthetic flexibility   while meeting stringent   fire safety regulations . In this expert guide, you'll discover: ✔  How fire-rated MDF outperforms  standard boards ✔  Where it's mandatory  in commercial/residential projects ✔  Design applications  from feature walls to custom cabinetry ✔  Cost vs. benefit analysis  versus alternative materials Why Fire-Rated MDF? The Safety & Design Advantage Core Technology Breakdown Fire-rated MDF incorporates: Intumescent salts  throughout the fiberboard matrix Class A fire-resistant resins  (phenolic-formaldehyde free) Denser composition  (800kg/m³ vs. 700kg/m³ standard) Performance Comparison Feature Standard MDF Fire-Rated MDF Flame Spread Rapid (Class D) 30-90min resistance (Class B) Smoke Density High (s3) Low (s1) Toxicity High VOC emission Non-...

When   fire safety   and   aesthetic appeal   must coexist,   fire-rated plywood   delivers both. This engineered wood product slows flame spread while maintaining the versatility architects and builders demand. In this comprehensive guide, we'll cover: ✔  How fire-rated plywood works  (and why standard plywood fails) ✔  Key certifications  (UKCA/CE, BS 476, EN 13501) ✔  Design applications  where it's mandatory vs. recommended ✔  Cost comparisons  vs. traditional fire protection methods By the end, you'll understand why  82% of commercial projects  now specify fire-rated plywood for both structural and decorative elements. What Makes Fire-Rated Plywood Different? Core Technology Fire-rated plywood incorporates: Intumescent coatings  that expand when heated Fire-retardant resins  in the bonding adhesive Mineral core layers  that resist pyrolysis Performance Comparison Characteristic Standard P...