Jiangsu Paneltek Ceramic Co., Ltd.
Leading Manufacturer of Terracotta Products
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Grooved surface Terracotta Panels Wall Decoration Ventilated Facade panel
Brand: Paneltek
Color: various choices
Thickness: 18mm
Length: 300-1500mm
Width: 206-506mm
Recommened Size:
| 300*800*F18 mm | 300*900*F18 mm | 300*1000*F18 mm |
| 350*900*F18 mm | 350*1000*F18 mm | 350*1100*F18 mm |
| 400*900*F18 mm | 400*1000*F18 mm | 400*1200*F18 mm |
Surface: Grooved surface
Usage: exterial building wall decoraction material
Details Show
--- Advantages of Terracotta wall panels
* Natural terracotta clay materials, eco-friendly
* wide range of sizes and colors available
* Hollow structure and light weight design
* No-static and no-radiation
* Never fade, strong, excellent long-term durability
* Convenient fixing system, safe and reliable
* Extreme UV and weather resistance
* Anti-fire, anti-freeze, heat preservation and sound insulation
* Self-cleaning system, low maintenance
What is Ventilated facade?
Ventilated facade, also called the double-skin facade, is a cladding system with an air cushion or cavity immediately behind which provides with a drainage, ventilation and thermal solution.
It is usually an external cladding system mechanically fastened or bonded to a framework behind fixed to the external wall of a new or existing building.
This external wall may be built either of masonry (brick or cmu), concrete, or stud work (metal or timber) and a layer of thermal insulation is conveniently either between studs or laid on the outer side of the substrate wall.
The cladding elements are fixed to the substrate wall by means of a lightweight substructure which can be made of different materials, being metal a preferred choice.
The ventilation is produced by openings located at the top and bottom of the cladding or by the open joint pattern The Chimney Effect.
This ventilation allows for an exchange of air between the outside and the cavity behind the cladding panels, providing the solution for venting any moisture away from the facade, improving the thermal conditions inside the building and installing the insulation on the outside so to avoid thermal bridging.