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Zekin Insulated Double Glazed Aluminum Casement Windows Soundproof Thermal Break for Villa Apartment Project Window Door for
Product Description
| SERIES | Thermal Break Casement And Tilt Window |
| Profile | 6063-T5 Thermal Break Aluminum Profile |
| Thickness | 1.8mm 1.4mm Aluminium Thickness |
| Glass | Automotive Grade Tempered Glass Double / Triple Tempered Glass |
| Middle Hollow | Double Glazing Tempered 5+9A+5 / 5+27A+5 / 5+24A+5 / 5+20A+5 |
| Hardware | GERMAN HOPPE System Hardware |
| Surface Treatment | Powder Coating, Anodized Wooden Grain, PVDF Coating |
| Opening Mode | Turn And Tilt |
Products Description
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Frequently Asked Questions
What is a thermal break aluminum casement and tilt window?
A thermal break window features a reinforced polyamide insulation bar separated between the inner and outer aluminum frames. This structure effectively stops the transmission of heat and cold, delivering superior energy efficiency, thermal comfort, and noise reduction.
What glass specifications are available for this series?
We utilize automotive-grade double or triple tempered safety glass. Popular hollow glass configurations include 5+9A+5, 5+20A+5, 5+24A+5, and 5+27A+5 to satisfy various thermal and acoustic insulation requirements.
Why choose German HOPPE system hardware?
German HOPPE hardware is world-renowned for precision engineering, smooth tilt-and-turn operational mechanics, high load-bearing capacity, and outstanding long-term durability against corrosion and wear.
How does the Turn and Tilt opening mode operate?
The turn and tilt design offers dual functionality: turning the handle 90 degrees enables full inward casement opening for maximum airflow and easy exterior cleaning; turning it 180 degrees tilts the top inward for secure, draft-free ventilation.
What surface treatment options can be selected?
We offer premium surface finishes including Powder Coating, Anodized, Wooden Grain texture transfer, and PVDF Coating. All finishes provide long-lasting color retention, UV resistance, and protection against harsh atmospheric elements.
