5m Anodized Silver Aluminumalloy Material Spacer Bars For Glass Panes
Description
5m Anodized Silver Aluminumalloy Material Spacer Bars For Glass Panes is a crucial component in double-glazed units. It essentially acts as a frame that separates the individual glass panes within a double-glazed unit. These bars are typically crafted from aluminum or aluminum alloy material in the form of hollow bars. This allows for the filling of molecular sieves, aiding in energy efficiency.
Aluminum spacer bars can be classified into two main types: bendable and standard (unbendable).
Bendable Aluminum Spacer Bars
Bendable aluminum spacer bars are characterized by their back welding and automated manufacturing processes. Thanks to the use of alloy materials and advanced tempering techniques, the corners are smooth and free from cracks.
Standard Aluminum Spacer Bars
Standard aluminum spacer bars are high-frequency welded spacers with thin wall thicknesses. As they do not require bending, they are crafted using special aluminum alloys for enhanced hardness and strength.
The remaining spacer bars can be connected using steel straight connectors. With their attractive appearance and reasonable pricing, they are an excellent alternative to cold-drawn aluminum spacer bars.
FAQ
1.Q: Are you factory or trading company?
A: Yes, we are factory which has been engaging 5m Anodized Silver Aluminumalloy Material Spacer Bars For Glass Panes manufacture for more than 22 year.
2, Q: How long will you 5m Anodized Silver Aluminumalloy Material Spacer Bars For Glass Panes be delivered?
A: It is depending on your quantity. Normally, when your amount is lower than 20 CTN, it would be around 15-20 days.
3, Q: Do you offer samples of 5m Anodized Silver Aluminumalloy Material Spacer Bars For Glass Panes? Is it free or chargeable?
A: Yes, free sample is available, but shipping freight will be afforded by your party.
4, Q:What's your payment term?
A: L/C, T/T, Western Union, or other term is negotiable.
Please feel free to contact us for more information.
