咨询热线

13905418708

Permeable brick natural precipitation can quickly penetrate the surface, timely compensate for groundwater resources, reduce the occurrence of urban floods, and be sintered at high temperatures. Its compressive and flexural strength are higher than the laying standards of the building materials industry. On rainy days, there is no water accumulation on the road surface, preventing reflection at night, improving the safety and comfort of vehicles and pedestrians. The porous structure can absorb the noise generated by vehicle driving, creating a quiet and comfortable traffic environment. Good water permeability and breathability, can adjust the temperature and humidity of the surface, and maintain the ecological balance of the surface.

检查透水老化、使用寿命和渗透速度的数据，检查高渗透砖的质量指标，查看透水砖的透水时间，查看透水砖的综合使用寿命，查看透水砖的透水性，这三种规格是衡量透水砖整体质量的规范。

Check the data of permeability aging, service life, and permeability rate, check the quality indicators of high permeability bricks, check the permeability time of permeable bricks, check the comprehensive service life of permeable bricks, and check the permeability of permeable bricks. These three specifications are the standards for measuring the overall quality of permeable bricks.

它具有导热系数低，保温性好，透气性高的特点。它具有一定的吸音，降噪和除尘功能。从吸音和降噪的角度来看，透水砖具有独特的多孔吸力。声学结构在撞击声音的外部波时引起气孔或开放空间的空气运动，并且孔壁外表面附近的空气速度较慢。

It has the characteristics of low thermal conductivity, good insulation, and high breathability. It has certain sound absorption, noise reduction, and dust removal functions. From the perspective of sound absorption and noise reduction, permeable bricks have unique porous suction. Acoustic structures cause air movement in pores or open spaces when they impact external waves of sound, and the air velocity near the outer surface of the hole wall is slower.

材料粒度越小，耐烧温度越高，耐磨性越好；膨润土的参与能改善透热砖的耐烧性能，而不受透水砖形成压力的影响，透水砖的耐烧性能越明显，透水砖的渗透系数变化与耐烧温度的大小关系很大，但不受材料粒度成分的影响。

The smaller the particle size of the material, the higher the sintering temperature and wear resistance; The participation of bentonite can improve the burning resistance of permeable bricks, without being affected by the formation pressure of permeable bricks. The more obvious the burning resistance of permeable bricks, the change in permeability coefficient of permeable bricks is closely related to the size of the burning temperature, but it is not affected by the particle size composition of the material.