When selecting shuttering materials for construction, contractors often compare PVC sheets, WPC boards, and other formwork materials to determine the best durability, cost efficiency, and reusability. While PVC shuttering plates and WPC sheets are popular options, they have limitations that impact long-term value.
This article explores how these materials compare and introduces an alternative—plastic shuttering sheets like WoWBoards, which outperform PVC boards and WPC sheets in real-world construction applications.
Understanding PVC Shuttering Sheets
PVC (Polyvinyl Chloride) sheets are widely used in formwork applications due to their water resistance and smooth surface finish. These sheets are often preferred for pvc column shuttering and slab formwork because they do not absorb water like plywood. However, PVC boards have notable drawbacks:
- Low load-bearing capacity: They can bend under pressure, making them unsuitable for heavy-duty applications.
- Cracking under repeated use: PVC boards develop cracks after multiple repetitions despite being waterproof.
- Higher cost per repetition: Although the cost may be lower than plywood initially, frequent replacements make it expensive over time.
WPC Boards: A Mix of Wood and Plastic
WPC (Wood Plastic Composite) sheets combine wood fibres and plastic, offering advantages over plywood. They are moisture-resistant and have better durability than plywood, making them a reasonable choice for formwork. However, they have their own set of challenges:
- Not entirely waterproof: WPC boards still absorb some moisture, leading to swelling and warping.
- Limited reusability: While slightly more durable than plywood, they fail to deliver high repetition cycles.
- Weak structural integrity: WPC sheets may crack or deform under high-pressure loads.
The Biggest Issue with PVC and WPC Boards
Both PVC shuttering and WPC boards claim durability, but they fail to deliver long-lasting performance in real-world construction conditions. Contractors report that neither option can match the 50+ repetitions required for cost-effective and sustainable shuttering.
WoWBoards: The Ultimate Alternative to PVC and WPC Sheets
If you are looking for a formwork material that surpasses both PVC and WPC in strength, durability, and sustainability, plastic shuttering sheets like WoWBoards are the best choice.
What Makes WoWBoards Better?
- 50+ Repetitions: WoWBoards outperform PVC sheets and WPC boards with an unmatched reusability factor. Unlike PVC, which cracks or WPC that swells, WoWBoards retain their structural integrity even after extensive use.
- Zero Warping or Swelling: These recycled plastic sheets are entirely waterproof, eliminating the risk of swelling or warping, which are common issues with WPC sheets.
- Superior Load-Bearing Strength: WoWBoards are more potent than PVC shuttering plates, ensuring formwork stability in high-rise and heavy-load projects.
- Sustainability with Recycled Materials: Made from recycled plastic boards, WoWBoards help divert plastic waste from landfills while offering a durable and cost-effective solution.
- Versatility for All Shuttering Applications: Whether you need PVC column shuttering, slab formwork, or shuttering plates, WoWBoards can seamlessly replace PVC sheets and WPC boards.
Why Contractors Are Switching to WoWBoards
Many builders and contractors have moved away from PVC and WPC boards after experiencing frequent failures, breakages, and costly replacements. WoWBoards provides a long-term investment by reducing the need for frequent shuttering material replacements and lowering project costs while maintaining superior performance.
Conclusion: Choose WoWBoards for Better Value
If you are evaluating PVC boards, PVC shuttering plates, or WPC sheets for your formwork material, it’s time to consider plastic shuttering sheets like WoWBoards. With higher repetitions, zero warping, and a sustainable approach, WoWBoards offer better value and long-term savings than traditional materials.
To experience the difference, contact us today and switch to WoWBoards for your next project.