Surface Material · Texture & Aesthetics
FAS-Grade North American Black Walnut/White Oak Veneer
JingCraft furniture features FAS-grade North American Black Walnut and North American White Oak natural wood veneer on all visible surfaces.
FAS (First and Seconds) is one of the highest grading standards in the North American hardwood system, selecting timber with minimal defects, consistent colour, and refined grain character.
Materials & Craftsmanship
Sustainability & Indoor Living Considerations
Rather than relying on region-specific labels, JingCraft focuses on practical, verifiable environmental performance:
Engineered construction that reduces unnecessary timber waste
Improved material efficiency compared to large solid timber panels
Long product lifespan, lowering replacement frequency and resource consumption
This approach allows us to balance structural integrity, environmental responsibility, and everyday safety, without compromising design or durability.
We prioritise wide, continuous grain layouts, allowing the natural flow of the wood to remain visible across each surface. This approach avoids visual fragmentation and preserves the calm, balanced aesthetic that defines high-quality wooden furniture.
Through a controlled hot-pressing process, the natural veneer is permanently bonded to the core material, ensuring long-term stability while retaining the authentic tactile qualities of real wood.
When touched, the surface feels warm and natural, with subtle grain texture that cannot be replicated by synthetic finishes.
Internal Structure · Stability & Sustainability
Engineered Birch Core for Structural Stability
Beneath the surface, JingCraft furniture is built on a North American birch engineered wood core, rather than conventional single-layer boards.
As illustrated, multiple layers of solid birch are cross-laminated, with each layer’s grain direction offset from the next. This structural design distributes internal stress evenly and significantly improves resistance to warping, cracking, and deformation over time.
The result is a core material that remains dimensionally stable across seasonal temperature and humidity changes, making it especially suitable for long-term residential use.
