Guides & specification notes
WPC Guides, Planning & Technical Advice
Technical guides and material notes. They are not the composite decking category page — start there if you are specifying boards.
European composite deckingLatest Articles
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Restaurant Patio Decking Ideas: 2026 Guide to High-Traffic Commercial Spaces
Explore restaurant patio decking ideas that last. This guide details high-performance composite decking for a safe, stylish, and sustainable commercial space.
Why Sustainable Decking Is the Future of Outdoor Design
Does More Plastic Mean Better Composite Decking? WPC Science
Does more plastic make better composite decking? Discover how wood fibre, polymer, coupling agents and processing determine the real performance of WPC.
European Hardwood Fibre vs Bamboo Fibre WPC | Green Plank
Compare European hardwood fibre and bamboo fibre for premium WPC, including strength, moisture, processing, consistency, sourcing and long-term performance.
70% Wood Fiber in WPC: Advantage or Disadvantage?
Is 70% wood fiber in WPC an advantage? Learn how high wood content affects stiffness, thermal expansion, moisture, durability and overall composite performance.
Prime vs. Recycled HDPE in WPC Decking | Green Plank
Prime or recycled HDPE for WPC decking? Compare consistency, processing, strength, durability, sustainability and quality factors for premium composite decking.
What Makes Premium WPC Premium? | Green Plank Guide
What makes WPC truly premium? Discover why raw-material quality, formulation, fibre bonding, extrusion, profile design and testing matter beyond percentages.
HDPE WPC vs PVC WPC: Key Differences | Green Plank
Compare HDPE WPC and PVC WPC for decking. Explore composition, processing, strength, moisture, thermal behaviour, sustainability and key specification factors.
High Wood vs. High Polymer WPC: Which Performs Better?
Compare High Wood and High Polymer WPC for stiffness, moisture, expansion, weight, processing and durability, and learn what really determines premium performance.
WPC Formulation: Expansion, Strength & Durability
Learn how WPC formulation affects thermal expansion, strength and durability, from wood fibre and HDPE to coupling agents, additives, extrusion and profile design.