Since 1932, Roth Pump Company has been at the forefront in developing innovative, high quality pumps and systems. Recognized for its technical excellence, comprehensive customer support, and exacting manufacturing standards, Roth has become a global provider of highly reliable pumps and pumping systems. Roth has maintained the engineering edge in delivering technically superior pumps that result in lower installed cost and lower maintenance costs. When you install a Roth system, you're installing superb performance, unmatched quality and rock-solid reliability. You're installing success.
At Roth, we build in quality with every step. Inside most Roth pumps, you'll find self-centering impellers to reduce wear and extend operational performance with reduced maintenance and less down time. Roth pumps are designed for easy seal maintenance and lubrication. Some customers have had their Roth pumps in continuous operation for over 30 years.
Roth simplifies your planning and design engineering with pumps that require low NPSH. And even if low NPSH is not required, Roth pumps, with low NPSHr, make engineering and design easier. They provide lower installed cost since certain models only require about 1 ft. (0.30m) static suction head to simplify piping requirements and lower suction tank elevation. Cavitation is eliminated since there is no large low-pressure area in Roth pumps. Roth pumps deliver high output pressures while operating at low operating speeds and with smaller HP motors. All this means better performance, lower operating costs and much simpler maintenance when you use a Roth pump.
Avoid costly equipment replacements and repairs with the unmatched reliability that's built into every Roth pumping system. We build our pumps with the highest quality materials and engineer them to last. Roth has pumps installed today that are still doing their job after many years of service. Roth pumps are tested at the factory to ensure compliance with specifications. Chemical pumps can be factory tested with ammonia or propane, down to performance with 1 ft. (0.30m) NPSHa of the liquid pumped.
