Very high chemical resistance supports the use of polymer concrete in places particularly exposed to increased
and long-term exposure to aggressive chemicals. These are places that should be characterized by high chemical resistance of the materials used
in sewage systems and industrial installations m.in.: tanks, pipes, wells, renovation cladding of degraded elements.

Due to compressive strength and low surface roughness . external (the coefficient of friction with the ground is much lower than in the case of concrete), pipes made of polymer concrete are an excellent material for making channels
and culverts using the microtunnelling method. In turn, their use in „classic” gravity sewage networks is supported by hydraulic considerations: due to the low roughness coefficient, polymer concrete pipes . are eagerly used to build channels with slopes smaller than the norm. .The requirement for currently used solutions is reliability. Due to its long service life, polymer concrete products meet this requirement.

Polymer concrete stands out from traditional materials used in sanitary sewage systems – such as concrete, stoneware or plastics – thanks to its unique combination of strength, chemical resistance and longevity.
In the lists of technical parameters, it achieves the highest ratings in terms of abrasion, stiffness . and chemical resistance, while surpassing traditional concrete. Importantly, the life cycle cost analysis shows that although the initial price of polymer concrete is higher, the lack of the need for frequent repairs and replacement makes it a much more economical solution in the perspective of several dozen years.