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[China]
Trade Verify
Address: Shoufeng Road No 1 ,Shouxian Huainan City,ANHUI,CHINA
Contact name:Jack Yao
Anhui Weika Windows And Doors Co., Ltd. |
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Verified Suppliers
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Manufacturer UPVC PVC Window Sliding Plastic Design Resistant
☆Product Description
The 3.22-inch profile upvc double sliding window is one of the classic products of Anhui
Vicar Windows and Doors, which is robust and competitively priced.
| Name | UPVC Sliding Window |
| Product type | Sliding window and door Customized according to customer drawings/designs |
| Profile details | UPVC Profile Series:58mm |
| Hardware | Brand: High-quality Chinese/German brands Customers' stipulated brands are available. |
| Glass type | Clear glass,Float glass, Insulated glass, Tempered glass, Low-e glass, Frosted glass, Reflective glass, Decorative glass... |
| Fly screen | Fiberglass,Stainless steel mesh or depending on your needs Horizontal sliding,vertical sliding,roller,swing.etc |
| Standard/Certificate | Comply with ISO9001, CE, NAMI, NFRC, AAMA,Saudi Arabia saber... |
UPVC single sliding windows and UPVC double sliding windows each have their own
characteristics in terms of energy efficiency.
Firstly, UPVC single sliding windows have a relatively simple structure due to the fact that
they only have one operable window, which means that less material may be used in their
manufacture, thus reducing energy loss to some extent. Additionally, the single-sash design
may mean better sealing, which can help reduce heat loss and thus improve energy efficiency.
Secondly, UPVC double sliding sash windows offer a two-window design, which may mean
more glazing and framing materials, thus potentially increasing energy losses. However, the double
window design also allows for more flexible ventilation options that can be used to regulate the
interior temperature by opening windows in different positions when needed, which can also be an
advantage in terms of energy savings.
Overall, both UPVC single sliding windows and UPVC double sliding windows have their advantages
in terms of energy efficiency, and the choice of which is better depends on individual needs and
circumstances.
