Slide and Double Slide windows provide secure, smooth functionality. While all AUC Aluminum products deliver excellent performance, these windows stand out with exceptionally low U-Factor and Solar Heat Gain ratings.

Double Hung windows provide excellent airflow and the versatility to open either sash. This design also allows for easy cleaning, both inside and out.

Casement (swing from side) and Awning (swing from top or bottom) feature high-end crank hardware ensuring buttery smooth and silent operation. These thermally broken windows function flawlessly even in large sizes up to 12ft tall.


Proprietary Thermal Break that alleviates thermal expansion stress, ensuring your doors operate smoothly.
Revolutionary JointaryPrecisely machined jointary cut with bombastic saw blades and cnc technology ensuring unparalleled strength and nearly invisible joints.


Modern precision hardware options that can be tailored specifically to your design aesthetics and custom mounting locations to ensure maximum security.

The Onyx Collection boasts exceptional heat resistance, enduring temperatures of up to 200 ℉. This surpasses standard vinyl options, typically rated for 162 ℉, ensuring reliable performance for windows and doors, particularly in hot climates.

Our engineering team guarantees that the Onyx profile offers optimal resistance to window warping. Factors like intense heat, prolonged sun exposure, and moisture can cause a profile to expand or shrink. Leveraging advanced proprietary technology,
The ONYX Collection ensures consistent, dependable performance in all conditions.

The Onyx Collection retains its color despite environmental factors such as UV light, temperature changes, and varying conditions. Its distinct onyx shade matches well to many aluminum windows and doors. The color brings a modernaesthetic to your home or building providing an upscale look that stands a bove traditional white vinyl.







Please fill in the form below to contact us.
We try our best to respond to any requests in less than 24 hours.






