The quality of the selected plates is compared from four aspects.

Environmental Protection PK :

● In traditional manufacturing processes, materials like particleboard and MDF use formaldehyde-based adhesives, which can release harmful fumes over time. This not only affects indoor air quality but also poses health risks to your family.

● Malacca core blockboards often emit a strong, unpleasant odor due to the nature of the core material, which can be uncomfortable and even harmful for long-term exposure.

● Shun core board is made from Canadian natural poplar wood and uses PMDI, an aldehyde-free adhesive, making it as eco-friendly as solid wood. It ensures a safer and healthier living environment without compromising on quality.

Stability PK

● Traditional particleboard and MDF are highly sensitive to moisture, leading to warping, swelling, or deformation when exposed to humidity. This can significantly reduce the lifespan of furniture and cabinetry.

● Malacca core blockboards have a soft core structure that is prone to deformation in fluctuating humidity conditions, making them less reliable for long-term use.

● Shun core board is constructed using a cross-laminated structure of multiple solid wood strips, bonded with PMDI aldehyde-free glue. This unique design enhances moisture resistance, prevents swelling during rainy seasons, and avoids shrinking or cracking in dry environments like air-conditioned or heated rooms.

Nail Holding PK

● Conventional particleboard and MDF are dense and difficult to nail into, resulting in weak holding power. Screws may loosen over time, reducing the durability of furniture.

● Malacca core blockboards have a loose internal structure, which leads to poor nail retention. When the wood shrinks due to temperature changes, gaps form, making it nearly impossible to secure nails effectively.

● Shun core board retains the natural properties of wood, with a crisscross layering system that enhances structural integrity. The absence of voids or gaps ensures strong and consistent nail holding force across both the center and edges, offering superior performance compared to other materials.

Load-Bearing Capacity PK

● Particleboard and MDF are processed to improve flatness, but they lack strength and load-bearing capacity. They are heavy and can cause furniture to feel unstable or cumbersome over time.

● Malacca core blockboards have a weak internal structure with low impact resistance. Their horizontal splicing method makes them unsuitable for heavy-duty applications or carrying large loads.

● Shun core board maintains the natural strength of wood while using a cross-laminated structure that improves stability and load-bearing capability. It has a low expansion coefficient, high strength, and excellent durability, making it ideal for all types of furniture and structural applications.

In summary, Shun core board outperforms traditional materials in environmental safety, structural stability, nail holding force, and load-bearing capacity. It is the smart choice for those who value quality, health, and long-term performance in their home furnishings.

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