Veridor
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| Category | Specification Detail | Parameters & Options |
|---|---|---|
| Aluminium Profiles | Aluminium Alloy | 6063-T5 High Grade |
| Wall Thickness | 1.2mm – 2.0mm (1.4mm for windows, 2.0mm for doors) | |
| Surface Finishing & Colors |
• Anodized (Silver & Bronze) • Powder Coating (Customizable) • Electrophoresis (Silver & Champagne) • PVDF Coating |
|
| Thermal Break System | Integrated thermal break design for optimized energy saving performance | |
| Glass Options | Glass Types | Float Glass, Insulated Double/Triple Glass, Reflective Glass, Low-E Glass, Tempered Glass, Laminated Glass, Customized Art Glass |
| Glass Thickness | Single: 4mm - 12mm; Double Glazing Units | |
| Glass Color Options | Clear, Super Clear, Tinted Blue, Green, Coffee Brown, Grey, etc. |
| Standard & Certification | NFRC | NOA | AS2047 | AS2208 | AWA | AS4666 | AAMA |
| Guarantee Period | 10 YEARS Warranty |
| Production Experience | Over 18 Years Professional Manufacturing Experience |
| Shortest Delivery Time | Select stock colors for fast 25-day production & delivery delivery |
We use premium 6063-T5 aluminium alloy profiles. The wall thickness ranges from 1.2mm to 2.0mm, with 2.0mm standard thickness utilized for entry doors to ensure structural stability and durability.
Yes. Our doors are fully tested and certified under the Florida Hurricane Impact Building Code with official NOA (Notice of Acceptance) certification, alongside NFRC, AS2047, and AAMA standards.
We provide double/triple insulated glass, Low-E energy-saving glass, tempered safety glass, laminated impact glass, and art glass options. Colors include clear, super clear, tinted blue, green, coffee brown, and grey.
Available frame surface finishes include Anodized (Silver & Bronze), Powder Coating (custom colors), Electrophoresis (Silver & Champagne), and high-durability PVDF coatings.
We offer a 10-year quality guarantee. Delivery lead time can be achieved in as short as 25 days when selecting standard stock profile colors.
The thermal break system inserts an insulating barrier within the aluminum frame, drastically reducing heat transfer, improving thermal insulation, and lowering indoor heating and cooling energy costs.
