Showing 169–192 of 324 results
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Dòng BER
The BER-series is a submersible self-aspirating jet aerators combined a submersible pump with a venturi-jet based diffuser
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Tsurumi – TRN
The TRN-series is a submersible self-aspirating aerator designed for aeration and mixing of wastewater
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Tsurumi – MR
The MR-series is a submersible mixer designed to generate a powerful jet of water using a propeller that is specially shaped for high efficiency and directly coupled to a submersible motor
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Tsurumi – MRL
The MRL-series is a low water level type of submersible mixer designed to operate in water as shallow as 500 mm
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Tsurumi – FSP
The FSP-series is a floating scum skimmer designed for the collection of floating scum in the wastewater treatment
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Tsurumi – FHP
The FHP-series is a floating decanter designed for discharging supernatant liquid in SBR
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Tsurumi – MDQ/MDC
The MDQ/MDC-series is an organic sludge dehydrator in which the feature of multi-disc dehydrator is added on the principle of the screw press dehydrator
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Tsurumi – JD
The JD-series is an organic sludge dehydrator utilizing the concepts of “gravity-filtration” and “compression”
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Tsurumi – RSR-KS
The RSR-KS-series rotary air blowers are equipped with a 3-lobe spur rotor
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Corken – Z4500
The model Z4500 (4″ Class 300 RF flange) is a stationary pump designed for large loading and unloading applications. When using two or more bulkheads to load transports or multiple bobtails, the Z4500 can shorten the fill times. To protect the pump form excessive pressure buildup, all of the Z-Series stationary pumps are equipped with a built-in internal relief valve. In the event the discharge
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Corken – Z3500
Model: Z3500
Brand: Corken
Origin: USA
The product is officially distributed in Vietnam by Tan Long Technology Solutions Co., Ltd.
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Corken – Z4200
A four inch belly mount pump is mounted to the belly of the tank using a Class 300 RF flange for maximum strength. Both belly-mount flange designs minimize cavitation and increase pumping efficiency.
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Corken – Z2000
A two inch foot-mounted pump with NPT flanges. The pump is securely mounted on a steel frame fixed to the truck’s chassis and piped from the internal valve on the truck’s tank. To limit the length of the power take-off drive line, the Z2000 is typically installed close to the power take-off box between the front of the truck’s tank and the cab of the truck.
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Corken – Z3200
A three inch belly mount pump is mounted to the belly of tank using a Class 300 RF flange offering maximum strength.
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Corken – F (Coro-Flo)
The Corken Coro-Flo was originally developed to fill propane cylinders, but it has found its way into many other fields, especially where volatile liquid transfer is involved. It is commonly used to feed aerosol filling lines, and to transfer liquefied gases like NH3 CO2, SO2 and the refrigerant gases.
Tech Data
- Pumps 2 to 36 gpm (7.6 to 136 L/min)
- Heads to 700 ft (213 m)
- Max. RPM 3600
- Max. pressure: 400 psig (27.6 Bar)
- Temperature: -25° to +225° F (-32° to +107°C)
- Max. viscosity 400 SSU
- Case/cover: Ductile Iron ASTM A-536
- For thin liquids & liquefied gases: Propane, Butane, Ammonia, Refrigerants, Sulfur Dioxide, Carbon Dioxide, Gasoline Light Oils, Solvents, Propylene, Pentane, Foam Blowing Agents
- Application: ideal for research laboratory work and for handling many liquids of the petrochemical, lpg, nh3 and aerosol industries.
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Corken – FF150
Regenerative Turbine Pump. The mechanical design of the regenerative pump closely resembles a typical centrifugal pump. The lightweight impeller allows an overhung impeller design to be used. This design requires only one mechanical seal to seal off the pumping chamber. The impeller is designated to float on the shaft so hydraulic forces in the pump may perfectly center the impeller to prevent metal to metal contact between the impeller and casing. A free floating impeller is much easier to install than a centrifugal pump impeller.
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Corken – DS/DL (Coro-Flo®)
The Corken Coro-Flo was originally developed to fill propane cylinders, but it has found its way into many other fields, especially where volatile liquid transfer is involved. It is commonly used to feed aerosol filling lines, and to transfer liquefied gases like NH3 CO2, SO2 and the refrigerant gases.