Our Brands
Miyawaki
Miyawaki is one of the World’s leading manufacturers of steam traps and related equipment with more than 60 years of experience, sophisticated technology and the high quality.
Steam Traps
Today Miyawaki’s high pressure steam traps have become known worldwide as one of the finest traps made. Their unique SCCV Self Closing – Self Centering Valve System design has proven its high reliability and effectiveness for more than two decades.
Regulators
Miyawaki manufactures both a Pilot Operated & a Direct Acting Steam Pressure Regulator. These regulators provide low maintenance superior control for steam pressures up to 230 psig.
Steam/Water Mixing Valves
Miyawaki has expanded its research activities to hot water supply systems and developed a series of Steam/Water Mixing Valve. Unlike most other units available today the MX1N mixing valve design uses an internal bimetal sensor to maintain accurate temperature control.
Leslie Controls
Leslie Controls founded in New Jersey near the turn of the last century, is a valve and controls company specializing in steam management. Their product lineup of Control Valves, Pressure and Temperature Regulators, and Instantaneous Water Heaters serves industrial, power generation, marine and navy fields worldwide.
Combustion Turbine Valves
High Performance FM Approved Solenoid Valves
Heat Actuated Shut-Off Valves
Kieley & Mueller Parts & Service
Schroedahl
For over 40 years SCHROEDAHL has been one of the leading worldwide suppliers of specialty valves for the Petrochemical, Power and Refining Industries.
Pump Protection Systems
Schroedahl was the originator of the automatic recirculation valve for centrifugal pumps. They provide the best design, and much needed competition, for a product that has few manufacturers worldwide. Valve sizes range from 1” to 12” and ANSI pressure classes to 2500 Lb.
Steam Conditioning Equipment
Schroedahl has been manufacturing Steam Conditioning Valves and Steam Desuperheaters for over 25 years. Their spray nozzle design maintains a swirling stream of fine water droplets under all operating conditions. This nozzle design significantly reduces the time required for the spray water to evaporate resulting in less water fall-out and better temperature control.