Technical Data:

1. High-quality aluminum
2. Water Penetration Rating: Usually rated for 15-30 PSF
3. 304 gold mesh steel: strong, higher wear resistance
4. High-transmittance diamond mesh: good light transmittance, good air permeability, poor wear resistance

5. Multi-point locking systems for improved security

Floor Drainag;

Solve the problem of loss: The floor drain is fixed with a special drain hole cover and screws, which effectively solves the problem that the traditional drain hole cover is easy to lose. Prevent backflow: The downward tilted design makes water retention faster and less likely to form water accumulation, thereby reducing the possibility of rainwater backflow. Enhance water tightness: The good water tightness design allows doors and windows to be fearless of heavy rain and effectively prevent outdoor rainwater from entering the room. Aesthetics: Although the drainage system is visible in appearance, the special drain hole cover design can make it integrated with the window frame to maintain the overall aesthetics of the doors and windows.

Hollow aluminum strip:

Also known as hollow aluminum spacers, it is one of the essential materials for producing hollow glass. It uses high-purity aluminum as raw material and undergoes multiple processes to have a smooth surface, no oxidation, no corrosion, etc.
Black hollow aluminum bar, using advanced one-piece bending, green energy molecular sieve, hollow injection of inert gas, high aesthetics, good sealing effect
Common specifications
Common specifications of hollow aluminum bars include 4mm, 5mm, 5.5mm, 6mm, 6.5mm, 7mm, 8mm, 8.5mm, 9mm and other sizes

6063:6063 aluminum alloy is an aluminum-magnesium-silicon alloy, mainly composed of aluminum (Al) and elements such as magnesium (Mg) and silicon (5i) are added to improve its properties. This alloy has moderate strength, good corrosion resistance, weldability and easy processing, -T5:
This part indicates the heat treatment state of the aluminum alloy.
The T5 state means that the alloy has been artificially aged to improve its strength and hardness. Specifically, the T5 state is achieved by heating the alloy to the solution treatment temperature, then rapidly cooling (quenching), followed by artificial aging at a lower temperature to achieve the desired physical and mechanical properties.