Engineered Oak Hardwood Flooring LI228

The Pinnacle of Engineered Flooring

Discover the unmatched elegance and enduring durability with our Engineered Oak Hardwood Flooring LI228, a premier choice within our Designer Series. Crafted for sophistication, LI228 combines the timeless beauty of European Oak with advanced engineering to offer a flooring solution that stands the test of time and trends.

Why Choose LI228 for Your Projects?

Superior Quality and Construction

Our LI228 flooring is meticulously constructed in a three-layer or multi-layer format, ensuring unparalleled stability and resistance to environmental changes. With certifications like CE, FSC, DIBT, CARB, and ISO, LI228 guarantees not only aesthetic superiority but also adherence to the highest standards of quality and environmental responsibility.

Design and Installation Flexibility

Featuring a brushed texture and a water-based matte finish, LI228 brings a subtle elegance to any space. Its T&G/Click joint system, along with versatile installation options including floating and glue down, makes it suitable for a wide range of environments, from residential to commercial spaces. Available in various sizes and grades, LI228 offers flexibility to meet your project’s specific needs.

Optimized for Comfort and Efficiency

Engineered for compatibility with underfloor heating systems, LI228 ensures your space remains comfortable without compromising on style. Its structural stability makes it an ideal choice for varying environmental conditions, promising longevity and ease of maintenance.

Sustainable Choice

We understand the importance of sustainability in today’s market. LI228 not only meets global standards but also offers a lower-cost, sustainable flooring solution without sacrificing quality or aesthetic appeal.

Your Trusted Partner – OEM/ODM Services

As a factory with over 25 years of expertise in engineered flooring, we are equipped to offer comprehensive OEM/ODM services, tailoring our products to meet your exact specifications and branding requirements.