Is WPC Stronger Than Wood? Comparing Strength and Durability
Discover why WPC (Wood-Plastic Composite) is stronger than natural wood and how it benefits various applications. With higher density, durability, and resistance to common issues, WPC offers stability and longevity, making it a cost-effective and eco-friendly choice for decking, cladding, and marine structures.
Learn about the resilience and maintenance advantages of plastic wood deck boards, including its UV resistance, moisture repellence, and termites resistance. With minimal upkeep requirements and over 30 years of lifespan, WPC outperforms natural wood in durability and longevity, providing a robust and low-maintenance material for different construction projects.
Comparison of Material Strength
Many important factors are immediately at play when assessing the fundamental stamina differences between raw wood and WPC (Wood-Plastic Composite). Plastic wood deck boards is designed to bring together the best qualities of plastic and wood, resulting in a material that is typically significantly stronger and denser than traditional wood.
WPC's density greatly increases its endurance. Compared to all-natural wood, wood effect composite decking has a greater thickness and a superior ability to hold screws. This implies that fasteners and fasteners are less likely to go loose over time, resulting in a building and construction that is far more sturdy and solid.
The fact that WPC is resistant to common problems that natural wood experiences is one of its primary advantages. When it comes to situations with changing levels of humidity, WPC is particularly resistant to warping and breaking-problems that timber is always prone to. This resilience ensures that WPC frames maintain their stability and aesthetics throughout time.
On the other hand, although natural wood has a certain strength and beauty, it is naturally vulnerable to environmental deterioration. Timber can sustain significant damage over time due to various factors, including fluctuations in temperature, humidity, and termite infestations. To preserve the durability and appearance of the wood, regular care and attention are necessary due to its sensitivity.
| Product | Thickness (g/cm3) | Screw Holding Capability | Resistance to Bending | Resistance to Cracking |
|---|---|---|---|---|
| WPC | 1.2 - 1.4 | High | High | High |
| Natural Wood | 0.4 - 0.9 | Modest | Low to Modest | Reduced to Modest |
In recap, while natural timber provides a traditional and visually pleasing choice, wood effect composite decking offers boosted stamina and sturdiness due to its greater density and resistance to common concerns like bending and splitting. These features make WPC a robust alternative for various applications, particularly in atmospheres where direct exposure to the elements is a concern.
Resilience and Maintenance
Because Wood-Plastic Compound (WPC) is resistant to many typical ecological challenges, it stands out when it comes to long-lasting durability. Because WPC is inherently resistant to UV light, it does not fade or break down in the same way as real wood in the presence of sunlight. Its long lifespan is greatly attributed to its UV resistance, which makes it the perfect choice for outdoor applications where exposure to sunlight on a regular basis is required.
One further important area where WPC shines is moisture resistance. While natural wood can absorb moisture and swell, warp, or decay as a result, WPC is designed to ward off moisture. This makes it the ideal material for humid or frequently rainy environments. Furthermore, WPC's durability is increased by its resistance to termites and other insects. These insects have the potential to seriously harm natural timber structures, but because WPC is composite, they have less effect on it.
In comparison to natural wood, WPC requires a great deal less upkeep. Regular discolouration, therapy, and securing are necessary to protect wood from the elements and maintain its aesthetic. These maintenance duties can be expensive and time-consuming. On the other hand, WPC requires extremely little upkeep. It's generally easier and less expensive in the long term to keep it looking fantastic and working properly with just a simple routine cleaning.
When it comes to longevity, WPC outperforms natural timber. With minimal maintenance, WPC can endure for more than thirty years while retaining its aesthetic appeal and structural integrity. Even with routine maintenance, natural wood typically ages more quickly, especially in harsh environments where it is exposed to factors that accelerate decay.
