3D ceramic waveform asphalt Tile color corrugated asphalt tile red corrugated asphalt waterproof board
The colored corrugated asphalt tile is made of plants Fiberboard Impregnate asphalt after shaping, and then spray color according to the requirements of designers or users. Waveform, size and color can effectively avoid the generation of cornice dam or ice skate in northern areas.
The colored corrugated asphalt tile has the characteristics of flexible waterproof and puncture resistance of asphalt, and can be fixed by lapping and nailing without affecting the waterproof effect; The corrugated section brings ventilation space under the tile, which can continuously take away the hot air and moisture from the roof and keep the roof system dry.
Ventilation and waterproof system of pitched roof
KERUSHENG Ventilation Roof System:
Keruisheng waterproof board is a kind of waterproof material for pitched roof pottery clay Watt cement Tiles are used together to prolong the service life of buildings fifteen More than years.
It mainly includes:
one Waterproof:
two High material strength: Reduce the cost of finished product protection.
three Ventilation energy saving: The role of energy conservation.
four It is proved through experiments that the temperature of the inner surface of KRISEN ventilated roof is lower than that of the traditional roof in summer seven º C , greatly improving the comfort of the indoor environment, while reducing energy consumption.
five The ice dam can be effectively prevented in the northern severe cold area. Uneven roof temperature causes uneven melting of snow The "ice dam" blocks the drainage of snow melt water. The existence of ventilation space makes the roof temperature evenly distributed, avoiding the "ice dam".
6. The whole roof system is dry and can be normally constructed even in winter. The roof maintenance is convenient and simple, without damaging the original roof materials.
7. Keruisheng ventilated roof abandons the traditional mortar tile construction method, which greatly reduces the self load of the roof system.
