PRODUCT DESCRIPTION

A nozzle plunger is essential to a fuel injection system, and it controls the fuel flow from the injection to the fuel injector, ensuring the engine operates efficiently and safely. They are attached to the plastic over the tubes, such as in the pharmaceutical industry. In addition, nozzle plungers are often used in laboratory settings for accurate and repeatable fluid dispensing.

Nozzle plungers come in various sizes and designs, depending on the specific application. They are made of stainless steel, depending on the fluid being controlled and the environment in which they are used.

The nozzle plunger primarily regulates fuel flow from the fuel injector. It does this by moving up and down inside the fuel injector. The nozzle opening is completed when the plunger is lowered, preventing fuel from flowing.

The nozzle plunger system consists of several parts, each crucial in controlling the flow of fluids. The main features of the nozzle plunger are as the following:

The nozzle is the component through which the fluid flows and is designed to control the velocity and direction of the flow.

The plunger is a movable valve or piston that regulates fluid flow through the nozzle. A lever, solenoid, or other mechanical means can move it.

The spring is a critical component that provides a force to keep the plunger closed when no external force is applied, and it also helps to maintain consistent pressure in the system.

Seals prevent leaks and maintain the system's pressure. They are typically made of rubber or other flexible materials located at the end of the nozzle and around the plunger.

The control mechanism is the component that is used to move the plunger and regulate the flow of fluid or gas passing through the nozzle. Depending on the application, it can be a lever, solenoid, or other mechanical means.