Perlite Insulating Concrete Fire Protection Factories – Environmentally friendly Zeolite ecological permeable brick with excellent permeability – Xinzheng Cheng

Introduction of Zeolite ecological permeable brick

Zeolite ecological permeable brick is a new type of building material processed by special treatment of zeolite as raw material. Zeolite ecological permeable brick completely solves the problems of permeability, freeze-thaw resistance, bending and compressive strength of ordinary permeable bricks, and has a light structure and no deformation. , Energy saving, environmental protection, easy maintenance, strong acid and alkali resistance, long service life, wide geographical and climate adaptability, and special functions that ordinary permeable bricks cannot have.

Features of Zeolite ecological permeable brick

1.Supplement groundwater: The water permeability reaches 8.61mm/s, which allows more than 80% of the natural precipitation to seep into the ground and become groundwater.
2.Reduce the “Urban Heat Island Effect”: the water absorbed in the bricks can be evenly evaporated, and the surface temperature and humidity can be balanced.
3.Reduce noise pollution: It can absorb urban traffic noise, life noise, industrial noise, and construction noise.
4.Reduce urban floating dust and inhibit bacteria: effectively inhibit and kill bacteria, absorb urban floating dust, reduce road dust, and purify the air.
5.High load-bearing capacity, good abrasion resistance, and strong safety: it can withstand a pressure of 30 MPa (35 tons of automobile rolling), the surface has a Mohs hardness of 8, a wear resistance coefficient of 207, and has good abrasion resistance, which effectively prevents pedestrians from slipping.
6.Create a beautiful and elegant urban landscape: more than 60 colors and various shapes, which can be combined and matched arbitrarily to create an elegant urban landscape.
Energy saving and environmental protection, low production and low costs: no calcination is required in the manufacturing process. Compared with asphalt, cement and other grounds, the production and use costs are low, with an average saving of 30-50% in materials and construction costs, and an average reduction in energy consumption of 70-90%.