Place of Origin:
China AnHui
Brand Name:
WEIKA
Model Number:
UPVC Sliding Window
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Project Solutions WEIKA Hurricane Impact UPVC Sliding Interior Window
☆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, , NFRC, AAMA,Saudi Arabia saber... |
The performance of UPVC sliding windows in terms of thermal insulation, sound insulation
and wind pressure resistance is as follows:
Thermal insulation performance: the UPVC material itself has good thermal insulation
performance, but the thermal insulation effect of UPVC sliding windows will also be affected
by other factors. For example, whether the windows are double or triple glazed and whether
there is a good sealing system. Generally speaking, compared with aluminum, UPVC has
better thermal insulation.
Acoustic performance: the acoustic performance of UPVC sliding sash windows is usually
influenced by the type of window glazing, the design of the frame and the quality of the installation.
Double or specially laminated glass is better at reducing noise transmission into the room.
However, due to the structural characteristics of UPVC sliding sash windows, their sound insulation
performance may not be as good as casement window types.
Wind Pressure Resistance: The wind pressure resistance of UPVC sliding sash windows is the
ability of the window to withstand the maximum wind force that it can withstand in its closed state
without damage or functional failure. This performance depends on a number of factors, including
the structural strength of the window, the strength of the frame-wall bond and the strength of the
frame-sash locking.
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