????????????????????????  ???? ???????? ?????? ????? ???????????????? ????????????????????? ??????????????????????????????????????????????? ??????????? ???????????? ?????????????????? ??????????? ??????????? ?????????????? ????????????? ??????????????????????????????????????????????? ?????????????????????????????????????????????????????? ????????

?????????????????????????????????????????????????????????????????????????????????? ???????????????????????????????????? ?????????????????????????????????????????????????????? ???????????????????? ?????????????????????????????????????????? ??????????????????????????????????????????????????????????????? ?????????????????????????? ??????????? ???????

????????? ?????????????? ????? ??????????? ???????? ??????????? ??????????? ???????????????????????? ??????????????????????????????????????????????????????????????????????????? ?????? ????????? ??????? ????? ????????????????????????? ?????????????????????????????????? ???????? ???????????????????????????????? ?????????? ????? ????????????? ????????

????????????????? ??????????????????? ?????????????????????????????????? ?????????????????? ????????????????????????????????????????: ??????????, ??????????, ???????????, ???????????, ???????????????????, ????????????, ???????, ??????????????????, ????????????????(???)???? ???????? ?????????? ?????????? ??????????? ????????? ???????????????????????

The interior surface area of PPR pipe is incredibly smooth and offers an incredibly reduced friction coefficient, when compared to standard different types of piping. This results in a discount of strain losses in the course of fluid transportation and distribution, further contributing to your Electrical power effectiveness of PPR piping technique