HYDROHR only uses the state of art Vestolen P9421, which is the best PPR material in the world.
The right choice
for every water supply system
HYDROHR only uses the state of art Vestolen P9421, which is the best PPR material in the world.
For more than 30 years, Polypropylene Random Copolymer (PPRC) has been successfully used for hot and cold water applications in countries worldwide. The combination of internal pressure resistance, flexibility and impact properties have made PPRC the material of choice for safe and reliable long-lasting installations.
Setting the standard
For more than 30 years, Polypropylene Random Copolymer (PPRC) has been successfully used for hot and cold water applications in countries worldwide. The combination of internal pressure resistance, flexibility and impact properties have made PPRC the material of choice for safe and reliable long-lasting installations.
Can withstand extreme temperature & pressures. Hydrohr can transport water up to 95° C and a maximum pressure of 1700 PSI.
Backed by the latest German technology standards, it is guaranteed to last for a lifetime.
Materials used is made to be physiologically harmless to human health.
As a designer or a contractor, your reputation depends on ensuring reliable and convenient installation of quality products. Towards the completion of the project, there is added pressure to finish it within a specific time and budget.
With HYDROHR PPR water piping system, our product offers assurance of providing the right solutions to address even the most complex challenges regarding time, cost and energy inefficiency issues while still achieving the desired outcome.
As a designer or a contractor, your reputation depends on ensuring reliable and convenient installation of quality products. Towards the completion of the project, there is added pressure to finish it within a specific time and budget.
With HYDROHR PPR water piping system, our product offers assurance of providing the right solutions to address even the most complex challenges regarding time, cost and energy inefficiency issues while still achieving the desired outcome.
