The all-plastic pneumatic diaphragm pump can pump not only fluid liquids, but also transport some non-fluid media. Compared with self-priming pumps, submersible pumps, shielded motor pumps, clay slurry pumps and solids pumps, this model has many advantages.
1. no need to fill water, suction up to 5m, pressure up to 50m, outlet pressure > 6kg/cm2;
2. High performance, excellent performance. The passage of particles with a diameter of up to 10 mm is allowed. When pumping clay solutions and liquids with impurities, pump wear is minimal. The pressure and flow are smoothly regulated by opening the air valve (air pressure is adjustable in the range of 1–7 kgf/cm²);
3. The pump has no rotating parts and no shaft seal. The diaphragm completely isolates the pumped medium from the moving parts of the pump. There are no leaks of the medium into the atmosphere. Thanks to this, pumping toxic, chemically active or aggressive media does not pollute the environment and does not threaten the safety of personnel;
4.Does not require an electrical connection. Ensures safe operation in explosion and fire hazardous areas;
5. Possible to work in submersible mode;
6. Easy to use and reliable. Starting and stopping is accomplished by simply opening and closing the air valve. Even during prolonged operation without medium or sudden stops, the pump is not damaged. If overloaded, the pump stops automatically (self-protection). After normal load is restored, it automatically resumes operation;
7. Simple structure, less damaged parts, the pump has a simple structure, convenient installation, maintenance, the pumped fluid will not come into contact with the built-in control valves, connecting rods and other moving parts, unlike other types of pumps, due to wear of the rotor, piston, gear, blades and other parts, so that the performance gradually decreases:
8. Xi stated that the collection of snow and ice to block the flow of viscous liquids (with a viscosity below 10,000 centipoise);
9. The pump is not lubricated by oil, even idling does not have any effect on the pump, which is an important feature of the pump.
1.Pumping peanut butter, kimchi, mashed potatoes, sausages, chocolate, hops, syrup, etc.;
2. Pumping paints, pigments, adhesives, binders, etc.;
3. Pumping various types of tiles, porcelain, bricks, ceramic glaze, etc.;
4. Pumping various abrasive, corrosive substances and cleaned oil stains, etc.;
5. Pumping various highly toxic, flammable and combustible liquids, etc.;
6. Pumping various types of waste water, cement mortar and mortar, etc.;
7. Pumping various strong acids, strong alkalis, highly corrosive liquids, etc.;
8. Used as inlet pressure feeding device for various solid-liquid separation equipment.
| Technical Parameters | |||||
 | Self-priming pressure [mwc] | 0-10 |  | Self-priming pressure [mwc] | 0-10 |
| Maximum particle diameter [mm] | 2 | Maximum particle diameter [mm] | 2.5 | ||
| Suction gas inlets [in] | 1 | Suction gas inlets [in] | 1 | ||
| Compressed air inlet [in] | 10 | Compressed air inlet [in] | 10 | ||
| Maximum flow [m³/h] | 3.5 | Maximum flow [m³/h] | 4.5 | ||
| Maximum head [m] | 70 | Maximum head [m] | 70 | ||
| Maximum air supply pressure [bar] | 7 | Maximum air supply pressure [bar] | 7 | ||
| Technical Parameters | |||||
 | Self-priming pressure [mwc] | 0-10 |  | Self-priming pressure [mwc] | 0-10 |
| Maximum particle diameter [mm] | 5 | Maximum particle diameter [mm] | 7 | ||
| Suction gas inlets [in] | 1 | Suction gas inlets [in] | 1 | ||
| Compressed air inlet [in] | 10 | Compressed air inlet [in] | 10 | ||
| Maximum flow [m³/h] | 10 | Maximum flow [m³/h] | 22 | ||
| Maximum head [m] | 70 | Maximum head [m] | 70 | ||
| Maximum air supply pressure [bar] | 7 | Maximum air supply pressure [bar] | 7 | ||
| Technical Parameters | |||||
 | Self-priming pressure [mwc] | 0-10 |  | Self-priming pressure [mwc] | 0-10 |
| Maximum particle diameter [mm] | 7 | Maximum particle diameter [mm] | 10 | ||
| Suction gas inlets [in] | 1 | Suction gas inlets [in] | 1 | ||
| Compressed air inlet [in] | 10 | Compressed air inlet [in] | 10 | ||
| Maximum flow [m³/h] | 22 | Maximum flow [m³/h] | 30 | ||
| Maximum head [m] | 70 | Maximum head [m] | 70 | ||
| Maximum air supply pressure [bar] | 7 | Maximum air supply pressure [bar] | 7 | ||
The FZX series PTFE self-priming pump is designed and manufactured in accordance with international standards and based on non-metallic pump manufacturing technology. The pump body is made in the form of a metal shell lined with fluoroplastic, and all flow components are made of fluoroplastic alloy.
This series of horizontal centrifugal pumps are horizontal, radial split, open back, single stage, single suction volute type centrifugal pumps. The design of the impeller is closed type. The pump body has an axial suction pipe, a discharge pipe located on top, and a foot support.
Using the most advanced welding technology, KQDP/KQDQ has high corrosion resistance and high efficiency. Efficiency can be 5-10% higher than cast pumps.
Equipment for water-chemical treatment, which is critical in the steam-water cycle of thermal power plants, industrial boilers, etc. Adding microdoses of hydrazine solution to the boiler feedwater reacts chemically with the dissolved oxygen (O₂) in the feedwater to form nitrogen and water.
The length can be individually adjusted from 450 to 1000 mm depending on the depth of the customer's tank.
Technical parameters: minimum flow rate up to 0.03 l/min, pressure up to 24 bar
Technical parameters: capacity up to 100 m³/h, pressure up to 48 bar
KQGV frequency controlled digital integrated water supply equipment has many advantages: safe water supply, reliable operation, water saving and hygiene, high efficiency and energy saving, intelligent monitoring and control.
The DG series segmental multistage centrifugal pumps use tension pins to connect the suction section, intermediate sections and discharge section into a single unit.
CAD technology is used to redesign the design multiple times to ensure that the submersible pump body and impeller are perfectly matched, allowing fibers and debris to pass through easily without becoming tangled or clogged.
An automated system of equipment for accurately dosing certain chemical reagents into the water being treated (“source water”). The main task is “accurate, continuous, automatic” dosing of reagents, replacing the unstable and ineffective manual method.
DN40–DN3000; PN6–PN100, Class150; Material: cast iron, stainless steel 304, rubberized body; Connection type: wafer, flange; Drive: manual, pneumatic, electric.
Technical parameters: capacity up to 100 m³/h, pressure up to 48 bar
This series of chemical pumps for corrosive liquids are vertical, the suction and discharge pipes of the pump have the same diameter, and their center lines are on the same horizontal line and orthogonal to the vertical shaft.
The fluoroplastic FOB magnetic pump is a chemical process pump that uses the principle of modern magnetic mechanics and transfers force non-contactly using permanent magnets. As the motor rotates, the outer rotor (outer magnetic system) drives magnetic lines of force that pass through the thermowell and cause the inner rotor (inner magnetic system) and impeller to rotate synchronously.
Technical parameters: maximum capacity 400 m³/h, maximum pressure 24 bar
