AS 2047 Australian Standard glass UPVC windows and doors manufacturer plastic sliding doors for balcony
Established in 2008, our company is a large comprehensive aluminum profile enterprise that specializes in developing, designing and manufacturing. After entry to 2010, our company moved to the new 8000 sqm modern garden-like factory to meet the needs of development in new times. At present, our company has implemented international advanced technologies with high automation in melting and casting aluminum bars, mould development, profile extrusion, sand blasting, anodizing, electrophoresis, powder coating, wood grains, fluorocarbon spraying, energy-conservation heat insulation aluminum profiles and precise inspections, and our product quality reached international leading level.
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| Product Type | glass sliding door |
| Frame Material | 6063-T5 aluminum |
| Wall thickness | 2.5mm |
| Color | Cutomized (white, black, ect) |
| Size | Cutomized |
| Glass Type | Transparent / Frosted / Tinted / Reflective / Heatproof / Radiation / Tempered/Low-e glass |
| Glass Combination | A. Single Glazing
B. Double Glazing C.Triple Glazing |
| Hardware | Blot / Wind bracing / Pulley / Sash hinge / Lock / reinforce steel profile / etc. High quality products made in China or other
international brand as per customer requirment |
| Sealant | Silicone Sealant |
| Fly screen | A. Stainless steel security mesh
B. Aluminum security mesh
C. Fiberglass fly screen
D. Retractable & invisible fly screen |
Aluminum Doors
1. The standard glass trough not only improves the performance of the entire door, but also improves the flexible opening andanti-theft functions. 2. Reasonable drainage design can effectively prevent water seepage.
3. 45° angle reinforcement, stainless steel material makes it stronger.
4. Double track, frame and glass panel are designed with unique drainage holes.
5. The hollow glass filled with argon can reduce the U value and increase the heat insulation effect to achieve the purpose ofenergy saving. 6.Insulation performance: K = 3.0W /(m2•K);
