• 90TJ3 Ultra Light High Pressure Plunger Pump System 1
  • 90TJ3 Ultra Light High Pressure Plunger Pump System 2
90TJ3 Ultra Light High Pressure Plunger Pump

90TJ3 Ultra Light High Pressure Plunger Pump

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
100 set/month

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90TJ3 is a type of ultra high pressure pump of JETECH technology (an American company).
This type is of various favorable features, such as light weight, compact structure, small size, high efficiency.
    ◆The power end case is precisely machined. The power end is force lubricated,     transmitted stably and reliably by low friction herringbone gear mechanism, with less temperature increase, suitable for long time operation.
    ◆The liquid end is produced based on American technology, easy for maintenance and repair, able to work in long time.
    ◆This pump is applicable in ultra high pressure water cleaning, metal cutting, ship cleaning, rust removal, all kinds of tanks, containers, vessels, evaporators, heat exchangers cleaning in chemical, sugar, and power plants.
    ◆It can pump fresh water or emulsion liquid similar like fresh water.
    ◆Technology Parameters

Our company is the drafting company of the Chinese high pressure pump Industry Standard.

Our products have a wide range of applications, such as 

1. Industrial pipe cleaning 

2.Shipyard rust removal, paint removal

4.Aviation: expansion joints, grease, rubber and hydraulic fluid on runways cleaning.

5.hydropower station/ dam/dike concrete work treating.

6.Casting clean scale removal rust removal paint, removal sand.

7. Pipe pressure test, hose pressure test, hydro pressure test, etc.

Our company has passed European CE Certificate, ISO9001:2000 certificate,ISO 14001:2004 certificate, and AAA Credit Rating Certificate. It’s a member of Waterjet Technology Association (WJTA) in USA and National Standarlization 


Q: Does the oxygen pump for fish keep running?
Not necessarily. There is filter work, the cylinder is small, do not always open,
Q: What is the average lifespan of the motor in an air pump?
The lifespan of the motor in an air pump can differ based on different factors such as motor quality, usage frequency, maintenance, and environmental conditions. Nevertheless, a properly maintained motor in an air pump typically lasts between 5 to 10 years. To maximize its lifespan, it is crucial to regularly clean and lubricate the motor, replace worn-out parts, and ensure adequate ventilation.
Q: Can an air pump be used for inflating sports balls?
Yes, an air pump can be used for inflating sports balls. Air pumps are commonly used to inflate various types of sports balls, such as soccer balls, basketballs, footballs, and volleyballs. They typically come with different attachment nozzles to fit the different valve sizes of these balls. By attaching the appropriate nozzle to the air pump, you can easily inflate sports balls to the desired pressure. Air pumps are convenient, portable, and efficient tools for maintaining proper inflation in sports balls, ensuring optimal performance during games and practices.
Q: Can an air pump be used for air sampling in environmental monitoring?
Yes, an air pump can be used for air sampling in environmental monitoring. Air pumps are commonly used to draw air through sampling devices such as filters, sorbent tubes, or impingers, allowing for the collection of airborne contaminants. This method is often used in various environmental monitoring applications, including assessing air quality, measuring pollutant levels, and detecting hazardous substances.
Q: How does an air pump prevent water foaming in fish tanks or aquariums?
An air pump prevents water foaming in fish tanks or aquariums by circulating air through the water, increasing oxygen levels and promoting water movement. This helps to break up any surface tension that may lead to foaming and ensures a healthy and oxygen-rich environment for the fish.
Q: Can an air pump be used for inflating air mattresses with built-in air chambers?
Indeed, air mattresses with built-in air chambers can be inflated using an air pump. These pumps are specially designed for the purpose of inflating various inflatable objects, including air mattresses. They typically come equipped with a variety of nozzle attachments to accommodate different types of valves, including those found on air mattresses with built-in air chambers. By employing an air pump, one can ensure a swift and effective inflation process, providing the necessary amount of air to fully inflate both the mattress and its chambers. To prevent any air leakage or inflation issues, it is crucial to verify that the air pump possesses the appropriate nozzle attachment and is compatible with the valve on the air mattress.
Q: Can an air pump be used for inflatable bounce castles?
Yes, an air pump can be used to inflate bounce castles.
Q: How to check the air flow rate of an air pump?
To determine the air flow rate of an air pump, follow these guidelines: 1. Collect the necessary tools: You will require either a flow meter or an anemometer, a stopwatch or timer, and a piece of tubing that fits snugly onto the air outlet of the pump. 2. Connect the tubing to the air outlet of the pump: Ensure a secure connection, free from any air leakage. 3. Position the flow meter or anemometer: Place the flow meter or anemometer at the end of the tubing. Guarantee that it is positioned perpendicular to the airflow direction for precise readings. 4. Activate the air pump: Start the air pump and allow it to operate at its regular speed. 5. Measure the air flow rate: Utilize the flow meter or anemometer to measure the air velocity. If employing a flow meter, ensure proper calibration. If employing an anemometer, hold it steady and read the indicated air velocity. 6. Calculate the air flow rate: Multiply the measured air velocity by the cross-sectional area of the tubing. The cross-sectional area can be determined by multiplying the tubing's radius by itself and then multiplying the result by π (pi). For instance, if the radius is 0.5 inches, the cross-sectional area would be (0.5 * 0.5 * 3.14 = 0.785 square inches). 7. Document the air flow rate: Once you have calculated the air flow rate, record the value for future reference or comparison. It should be noted that the measurement's accuracy may vary depending on the quality and calibration of the equipment used. It is advisable to repeat the measurement multiple times and calculate an average to obtain a more precise result.
Q: Can an air pump be used for inflatable sports equipment?
Yes, an air pump can be used for inflatable sports equipment.
Q: Can an air pump be used for vacuum packaging?
No, an air pump cannot be used for vacuum packaging as it is designed to pump air into a specific area, whereas vacuum packaging requires the removal of air from the packaging to create a vacuum seal.

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