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Pneumatic piston airless pumps

Airless piston pumps are a type of pump that uses compressed air to drive a piston within a cylinder. This piston action generates high pressure which pushes fluid through the system, allowing for the application of paints, coatings and other materials with a smooth, controlled finish. Here’s how airless piston pumps work:

  1. Compressed Air Supply: These pumps require an adequate supply of compressed air, which can be provided by an air compressor. Compressed air is used to drive the piston inside the pump.
  2. Actuation Cycle: When compressed air is supplied to the pump, the piston begins to move within the cylinder. This movement creates a pressure inside the cylinder which pushes the fluid into the system.
  3. Suction and Delivery: During the actuation cycle, the piston draws fluid from the source, such as a tank, and pushes it through the system, including the hose and airless gun, to the ‘spray nozzle.
  4. Spray Nozzle: The spray nozzle is a key component in airless finishing. The high pressure generated by the pneumatic airless piston pump atomizes the material through the nozzle, transforming it into small droplets for a uniform and precise finish.
  5. Flow and Pressure Control: Air-operated piston airless pumps allow for flow and pressure control through the regulation of compressed air and other parameters. This control allows you to adapt to different application needs.
  6. Application on Various Surfaces: These pumps can be used on a variety of surfaces, such as walls, ceilings, furniture and much more. They can be used for residential, commercial or industrial applications.
  7. Versatility: Air-operated piston airless pumps can be used with a variety of finishing materials, including paints, enamels, protective coatings, and high-viscosity materials.
  8. Maintenance and Cleaning: After use, it is important to clean and maintain airless piston pumps to ensure proper operation and durability.

These pumps are prized for their ability to dispense paint and finishing materials at high pressure, allowing for fast and even application. However, it is imperative that you operate airless pumps safely by wearing proper protective equipment and following the manufacturer’s instructions.

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W 12000 PLUS (40:1)

W 12000 ABRASPRAY (40:1)

W ABRASPRAY SUPER (36:1)

W 18000 P (70:1)

W 18000 P BI-MIX 3 (35:1)

W 18000 P BI-MIX (35:1)

W 18000 P (50:1)

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151 P

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2900 P

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3200 P

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7000 P

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12000 P

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14000 P

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OLD TAIVER P 18000 Ratio 66:1

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OLD TAIVER P 18000 Ratio 48:1 Ratio 48:1

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21000 P

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IP 281 ABRASPRAY

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2900 BARREL

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25000 P – Rap. 6:1

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25000 P – Rap. 16:1

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50000 P – Rap. 3:1

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50000 P – Rap. 7:1

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EXT ratio 13:1

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EXT ratio 35:1

W 5000 P (30:1)

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