ZTGD LiquidBoost PumpComposition:
1. Gas section
This section consists of a lightweight eccentric piston with an O-ring seal and a sleeve made of glass fiber wrapped or hard anodized aluminum, filled with epoxy resin in between. The piston is housed within the sleeve. The diameter of this air piston is constant for any series of pneumatic pumps. When compressed air enters the pneumatic device, it forces the piston into the compression stroke, then the air drives the piston back for the suction stroke (except for the M series pumps with spring-assisted return). Unlike many other pumps, the pneumatic device piping does not require lubrication due to the inherent low-friction design and lubrication during assembly.
2. Hydraulic Components
The hydraulic cylinder/piston rod is directly connected to the piston, with its lower end housed within the hydraulic unit casing. Its diameter determines the pump's compression ratio, thereby establishing the output flow rate and maximum pressure. It functions by drawing liquid into the system through the inlet control valve and releasing it at a higher pressure through the outlet control valve. The unit is equipped with a spring-loaded check valve to control the liquid flow in and out. During the suction stroke of the hydraulic unit's cylinder/piston rod, the inlet control valve opens, and the outlet control valve remains closed by the spring, allowing liquid to be drawn into the pump. During the pressure stroke, the inlet control valve closes, and the cylinder/piston rod of the hydraulic unit forces liquid out through the outlet control valve. The dynamic seal is located around the hydraulic unit's cylinder/piston rod and is a nearly wear-free component. Its role is to contain liquid under pressure during the cycle and prevent external leakage or gas intrusion. Different sealing materials and types are selected based on the medium pumped, operating temperature, and pressure ratio. Note: Most pumps use a locating piece between the pneumatic and hydraulic sections to ensure complete separation and pollution-free operation.
3. Air Recirculation Valve
This section consists of a controller and a plunger, which directs compressed air to either end of the air piston based on its position. The piston pushes against the control valve at the top and bottom of its stroke, alternately pressurizing and venting the large surface area of the slide valve to control the airflow to the air piston's reciprocating motion, maintaining a cyclic state. When air is expelled from the pump, it must pass through an exhaust muffler. Unlike many other pumps, the pump does not use a metal-to-metal tight fit in its design, thus preventing the consequence of air leakage causing the plunger to stop operation.
ZTGD Liquid Pressure Booster PumpThe parameters:
Liquified Pressure PumpThe Advantages:
1) With stable pressure and minimal pulsation compared to traditional gas boosters, this supercharger produces less pulsation, offering a consistent pressure output. The output pressure can be adjusted to the allowable range at the working site through an additional pressure-reducing valve.
2) Low noise, low initial investment cost, energy-efficient; Compared to high-pressure air compressor systems, this unit features low noise and initial cost. It consumes no additional energy once it reaches the set pressure, making it highly energy-efficient.
3) Easy to Use. This supercharger is fully pneumatic controlled, simply connect the drive air inlet, the boosted gas inlet, and the boosted gas outlet, and it's ready to operate; the pressure of the drive air source can be adjusted to infinitely control the pressure of the boosted gas.
Liquified Pressure PumpThe product features include:
High output pressure: Liquid output pressure can reach 400 MPa.
Wide Application Range: Suitable for hydraulic oil, water, and most chemically corrosive liquids, with high reliability and long service life.
Wide output range: All pump models can operate smoothly with only a small air pressure, achieving the minimum flow rate. Adjusting the intake volume allows for different flow rates.
4 Flexible Application: Different pump models provide various pressure zones.
5 Easy Adjustment: Adjust the regulating valve within the pump's pressure range to regulate the input air pressure, thereby adjusting the output hydraulic pressure.
6 Automatic Pressure Maintenance: In case of pressure drop in the pressure maintenance circuit due to any reason, the Fient pump will automatically start to replenish the leakage pressure and maintain the circuit pressure stable.
Safety in Operation: Gas-powered, no electric arcs or sparks, suitable for use in hazardous areas.
8) Simple Maintenance: Fient pump can perform the same tasks as other air-driven pumps but with fewer parts and seals, making maintenance straightforward.
High Cost-Effectiveness: The Fient gas-liquid booster pump is a plunger pump that operates rapidly in a reciprocating motion. As the output pressure increases, the pump's reciprocation slows down until it stops. At this point, the pump's output pressure remains constant, energy consumption is at its lowest, and all components cease movement.
