Cheap and Safety Unbreakable Solar Heated Warm Double Insulated Glass Panel Aluminum Frame Sunroof pvc wall windows
Double-pane windows contain two panes of glass separated by a space of air or gas that helps to slow the transfer of heat and cold. Because gas is denser than air, insulating gas is more energy efficient than air. The two gasses typically used in double-pane glass are Argon and Krypton.
Specifications |
Product | Insulated glass window |
Material | Safety glass+stainless steel+ aluminum |
Color | Custom color |
Type | Indoor and outdoor glass door, double-hung window, single-hung window, sliding window, accent window etc. |
Glass Type | Safaty clear tempered and laminated glass, forsted tempered and laminated glass, sondproof insulated glass etc. |
Glass Thickness | Single glass thick is 4-12mm, spacer thick is 6A, 9A, 12A, 15A, 19A etc. |
Advantages:
Double-pane windows can reduce energy usage by up to 24 percent in the winter months and up to 18 percent during the summer. Double-pane windows also help to shield your home from noise. The two layers of glass and insulating gas significantly reduce the amount of outdoor noise pollution that enters your home and the amount of noise that emanates from inside your home.
Available Design:
ABOUT US
Tesia embodies a design-centered focus to push the boundaries of performance, reliability, durability and aesthetics,while maintaining value. Our design and engineering philosophies are centered on selecting materials, components and technologythat deliver great, quantifiable results at excellent price points.
The value we provide is unmatched by leveraging our position as a manufacturer to sell products directly to our
customers,eliminating traditional distributor and retail markups.
We strengthen our value by providing what we believe is the most extensive pre and after sales service to assist our customers in selecting the best products for their climate, application, and budget.
Lastly, we design and engineer our products to reduce total cost of ownership by maximizing performance while minimizing failures and promoting ease-of-servicing.