MLT155

How LEAWOD can we prevent deformation and cracking of solid wood?

1. Unique microwave balancing technology balances the wood’s internal moisture content for the project location, allowing wooden windows to quickly adapt to the local climate.

2. Triple protection in material selection, cutting, and finger-jointing reduces deformation and cracking caused by internal stress in the wood.

3. Three times base, two times water-based paint coating process fully protects the wood.

4. Special mortise and tenon joint technology strengthens corner adhesion through both vertical and horizontal fixings, preventing the risk of cracking.

The MLT155 redefines luxury sliding doors by seamlessly blending natural elegance with engineering innovation. Designed for architects and homeowners who demand both aesthetic refinement and extreme performance, this door system delivers exceptional functionality without compromising on style.

Craftsmanship Meets Performance

• Dual-Material Design:

Interior solid wood surface (oak, walnut, or teak) offers warm, natural aesthetics adaptable to any décor.

Exterior thermal-break aluminum structure ensures durability, weather resistance, and low maintenance.

• Superior Thermal Efficiency:

Thermal break aluminum profiles combined with cavity foam filling , significantly reducing energy costs.

LEAWOD Engineering Excellence

✓ Hidden Drainage System:

Discreetly integrated drainage channels prevent water accumulation while maintaining the door’s clean, minimalist appearance.

✓ Custom Hardware System:

Engineered for smooth, silent operation and long-term reliability, even with large or heavy panels.

✓ Seamless Structural Design:

Precision welding sash and reinforced construction enhance stability and extend the door’s lifespan.

Fully Customizable

Tailor every detail to your project’s needs:

Wood species, finishes, and custom color.

Aluminum color options.

Configurations for extra-wide or tall openings.

Applications:

Perfect for luxury residences, boutique hotels, and commercial spaces where expansive views, thermal efficiency, and elegant design are paramount.