Lenux

[rev_slider_vc alias=”lenux”]

LENUX™ by Weswin windows and doors have the power to transform the spirit of each room. Our products are made-to-order, one at a time, to your exact specifications. With our customization options, exclusive features, high-performance energy efficiency innovations, and our unmatched personal service at every point in the process, you will be able to find the perfect windows and doors for your project.

Lenux Aluminum

LENUX™ Aluminum windows and doors offer extensive choice of styles and configurations makes it easy to find exactly the right fit for your project. Since 2005 we have developed and manufactured high-quality windows and doors and today our product range covers almost any imaginable architectural style.

Our international profile systems adapts to high-class accessories and multi-locking mechanisms to achieve better security, waterproofness and air tightness.

Reliability and Structural Integrity

With 1.44mm for windows and 2.0mm for doors our profiles guarantees reliability and structural integrity.

Crimping Technology

Using crimping Technology connecting corner joints to ensure window and door systems is tightly connected and gives heavy duty strength.

State of the Art Powder Coating Technology

Weswin uses state of the art powder coating technology to ensure high quality of colors that resists fading.

LENUX™ ALUMINUM-WOOD COMPOSITE

LENUX™ Aluminum-Wood Composite consist of Aluminum alloy and wood composite, the outside part is aluminum alloy which meets different requirements of architectural appearance and design, the inside part is composite wood which has the natural wooden feel and a colorful decorative effect. It satisfies people’s hankering for clear, nature-like, relax and cozy indoor environment.

We only use high-quality extruded wood that resist fading. It doesn’t chip or peel, so it never needs to be painted. It also provides weather tight insulation, which means frames are very energy efficient. LENUX™ window and door have exclusive multi-chamber design for increased thermal and sound efficiency and structural integrity.