Double Diaphragm pump 1”

FLUID: Diesel/HVO/XTL | Lubricants | Oil | Water

MODEL NUMBER: QYB-25

APPLICATION:

FEATURES

Flow rate : 90L/Min

Inlet / Outlet : 1''

Air Consumption : 11.5 p³/min

Max Pressure: 115 PSI (8 BAR)

Maximum working temperature ; 55°C

REQUEST
INFORMATION
DESCRIPTION TECHNICAL DETAILS VIDEO MANUAL

The Double Diaphragm Pneumatic Pump has been designed and developed for fluid transfer according to your specifications, being the ideal product for environments where there is a need to dispose and transfer lubricating oil, diesel oil and water. The equipment has an Aluminium body, providing better fluid flow transition and internal ball movement, besides also having a double diaphragm system, providing greater effectiveness and better usability of the product, and seals in NBR, providing total resistance to pressure exerted by the pump and at high temperature levels.

Pneumatic Diaphragm Pump not only can exhaust the flow liquid, but also can convey some uneasy flow media, with the merits of self-pumping pump, diving pump, shield pump, slurry pump and impurity pump etc.

There are four kinds of material: cast iron, aluminum, engineering plastic, and stainless steel. The diaphragm pumps according to different liquid medium, butyl rubber were used respectively to either a Buna-N rubber, Neoprene rubber, F4 fluorine rubber, F46 fluorine rubber and so on, to meet the needs of different users.

Features

1.IN/OUT INTERCHANGEABLE

2. LONG LIFE DIAPHRAGM

3.BUILT-IN DIFFUSER

4.SUITABLE FOR IMMERSED INSTALLATIONS

Specification

ModelQBY-25
Flow rate90L/Min
Inlet / Outlet1”
Inlet by air1/4”
Air Consumption11.5 p³/min
Lift5M
Max Pressure115 PSI (8 BAR)
Maximum working temperature55°C
Maximum particle suction diameter3mm
MaterialsAluminum

Specification

Model QBY-25
Flow rate 90L/Min
Inlet / Outlet 1”
Inlet by air 1/4”
Air Consumption 11.5 p³/min
Lift 5M
Max Pressure 115 PSI (8 BAR)
Maximum working temperature 55°C
Maximum particle suction diameter 3mm
Materials Aluminum
QYB-25 diaphragm pump video
LEAVE YOUR MESSAGE SOON
                 
LEAVE YOUR MESSAGE SOON
× How can I help you?