Chemical Vertical Pump

SP&SPT

● Molded parts are out of FRPP,CPVC, CFRPP, PVDF applicable for various chemicals.
● Suitable for chemical circulation, cooling,spraying and scrubber applications.
● Can run-dry without damage.
● Combined with our unique elbow-union,easy to maintain.
● Snap ring secures the inlet and reduces the pump head for in tank applications.
● Single vapor seal on SP/SPT1/4~5HP models prevents corrosive vapors from entering the bearing.
● Both flanges of motor have oil seals swing ring to prevent acid vapor from entering the motor.

The SP/SPT Series pumps are dependable pumps. The full motor horsepower is translated into pumping power via the shaft. These pumps are used in a wide range of applications from chemical recirculation to process modules. There are no seals or bushings that can be damaged if the pumps run dry. The vertical design has a maximum fluid temperature of 167℉(75℃) to 185℉(85℃), depending on the materials of construction, and can handle the most abrasive solutions. The SP/SPT series pumps are designed to run inside of the tank or process module. Except SP1/8~1/6HP, all the rest models have a slotted air gap in the pump base and a dry vapor seal, thereby preventing chemicals penetrating to the motor bearings. 

SWP

● Impact size and mounting plate structure make it the most ideal for in-tank applications. Easy to mount and maintain.
● Double vapor seals stops corrosive vapor to reach the motor bearing perfectly.
● O-ring below the mounting plate prevents the corrosive vapor to escape and pollute the environment.
● Various materials are available for various chemicals.
● Suitable for chemical circulation, cooling,spraying and scrubber applications.
● SWD vertical pump utilize a double-impeller design which prevents both overflow and air bubbles.
● Both flanges of motor have oil seals to prevent acid vapor from entering the motor.

The SWP series vertical pumps are dependable, airless and are the-first-of-their-kind in the world. These pumps function without introducing air into the fluid which can sometimes destroy special chemical baths. The pump shaft incorporates a keyed lock to the impeller so that if the pumps run in reverse, it will not damage the housing or impeller. There are no seals or bushings that can be damage if the pumps run-dry. The SWP Series features a slotted air gap in the pump base, thereby preventing chemicals from penetrating to the motor base or bearings. The full motor horsepower is translated into pumping power via the shaft. These pumps are used in a wide range of applications, from chemical recirculation to process modules. The SWP series pumps are designed to run inside the tank. However, the installation instructions should be followed.

TD&STD

● Molded parts are out of FRPP, CPVC,CFRPP, PVDF applicable for various chemicals.
● Suitable for chemical circulation, cooling, spraying, PCB etching, waste water and scrubber
applications.
● Can run-dry without damage.
● Single vapor seal prevents corrosive vapor from entering the bearing.
● Ideal for use in electroless nickel or copper plating and various solution circulation applications..
● Ideal for use in combination with filter.
● Both flanges of motor have oil seals to prevent acid vapor from entering the motor.

The TD/STD series pumps are dependable pumps. The full motor horsepower is translated into pumping power via the shaft. These pumps are used in a wide range of applications from chemical recirculation to process modules. There are no seals or bushings that can be damaged if the pumps run dry. The vertical design has a maximum fluid temperature of 167℉(75℃) to 185℉(85℃), depending on the materials of construction, and can handle the most abrasive solutions. The TD/STD series pumps are designed to run inside or outside the tank or process module. However,the installation instructions should be followed .They feature slotted air gap in the pump base and a double-dry seal, thereby preventing corrosive vapor from penetrating to the motor bearings. The pump shaft incorporates a keyed lock to the impeller so that if the pumps run in reverse, the housing and the impeller will not be damaged.