Description

The tile shape to imitate the ancient glazed tiles, the material selected 0.**0.6 thick color steel plate, color, resistance to corrosive set of lightweight, high strength, decorated as a whole, a gentle curve, ladder, very three-dimensional sense to reproducethe effect of the ancient watt per square meter weighs only **9 kg, is a few tenth of conventional sintering tile. solid link fully able to bear the roof load; unique air space to improve the roof insulation performance;the tile itself therefore some water trough has a good waterproof characteristics, ideal for breaking the top of the light steel, concrete, wood structure construction or transformation of the old Zhongping to pitched works.

Shanghai Tang Wei antique color steel glazed tiles for the new building materials, color plate substrate after special processing, special paint and molding, rich colors, classical and elegant finishing touch for your building. Its light weight, high strength, waterproof, easy to install, fast, can be widely used in the villa roof, city flat to pitched, tourism, scenic construction.


Unique design, save the shape of the traditional terra cotta, reflects the elegance of classic elegance and traditional beauty, a variety of colors of the substrate can be processed, matt, light color diversification. Light weight, high strength per unit mass is only 1/*0 of the terra cotta strength has reached a ceramic tile can not be achieved. There are strong wind resistance and weather resistance. The service life of up to three decades: The product surface multiple corrosion preventive coating to protect the life of the product. Excellent waterproof slope seamless connectivity, combined with the interference of the entire tile, complete sealing of fixed components, with the other building roof materials are not waterproof. Short construction time, reduce the cost to meet the construction unit to site requirements, reduce the strength of construction to improve construction efficiency, and construction not subject to seasonal effects.