Tesia Industry Co., Limited
Tesia Industry Co., Limited Tesia Mission Let people no longer worry about cumbersome renovation, one-stop solution to building materials procurement needs, and create maximum value for customers.
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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.
Advantages of Aluminum Frames
Light yet strong, aluminum frame windows and patio doors can be configured into a wide variety of combinations. The narrowness of the frame places the focus on the glass and subsequently, the view it offers. Multi-panel glass walls are often made with aluminum frames to facilitate indoor/outdoor living. Milgard aluminum frames are available in anodized or baked-on finishes for long lasting color. Sealed, mechanically joined corners stay square and true over years of use.
Aluminum is not recommended in beach homes for while the material is water resistant, it can suffer corrosion from salt water and salt air. The corrosion affects hardware operation and frame performance.
Because aluminum conducts heat and cold well, Milgard offers a Thermally Improved Aluminum frame in select regions. Thermally Improved Aluminum windows and patio doors are equipped with thermal breaks to separate the interior and exterior surfaces and reduce heat transfer.
