PRODUCTS

Cemex

manufacturing

Fuel injectors have

a robust design capable to stand and work efficiently even in a different fuel quality, this is because of the highest materials our injectors are made from.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

Fuel Injector

The Broadband

 AirFuel sensor performs the same function as the ordinary O2 sensor, but can accurately measure the oxygen content in the exhaust gas, instead of simply being between rich (too much fuel, insufficient oxygen) and lean (too much oxygen, insufficient fuel) Switching. Our broadband sensors use more complex sensing elements to provide a signal to the vehicle’s ECU, which is proportional to the oxygen content in the exhaust gas.

Main features and Advantages
– Advanced broadband sensing element for accurate air/fuel measurement.
– The robust design of the sensor increases the service life of the sensor.
– Due to a 100% functional quality test, the protection tube burned out.
– Original equipment “True Directfit” connector and wiring harness.
– Thread precoated with release agent right out of the box.

Oxygen Sensor

Idle air control (IAC) is a device used ...

Idle air control (IAC) is a device used in modern internal combustion engines to control the engine’s idle speed. It does this by regulating the amount of air that bypasses the throttle when the throttle is closed. IAC valves are found in most gasoline-powered vehicles and are also used on some diesel engines.

IACs can improve fuel economy emissions and engine operation. They can also reduce engine noise.

Idel Air Control

Fuel pumps are one of the most

important parts of a car’s engine. They work by drawing fuel from the gas tank and delivering it to the engine where it will be combusted. This process is necessary in order to power the car and keep it running. There are many different types of fuel pumps each with their own advantages and disadvantages. Some fuel pumps are more efficient than others while some are better at delivering a higher volume of fuel. Ultimately, Cemex provides you the best fuel pump for your car with specific needs and driving habits.

Fuel Pump

High-pressure electric fuel injection

systems have always been at the forefront of fuel system technology,
providing fuel pumps for almost all car manufacturers. Compared with traditional fuel pumps, these pumps can provide more than 30% efficiency and the precise fuel delivery required for partial or full load, thereby saving fuel and reducing carbon dioxide emissions.

Main features and Advantages
– The size of the replacement fuel pump is exactly matched with the previous parts to ensure a perfect fit.
– Improve cold start ability and interference suppression ability.
– Compatible with multiple types of fuel.
– The impeller ring ensures smooth fuel flow and reliable performance.

Fuel Pump Assembly

The Electronic Throttle Body

(ETB) is the computerized brainchild of the ancient throttle control, which utilized a mechanical interface between the pedal and throttle. On the electronic throttle body, the drive-by-cable was evacuated and supplanted by excess sensors. With the ETB, the ECU completely controls it based on signals from the quickening agent pedal. The throttle valve is presently completely computerized, controlled as it were by a little engine inside the throttle body.

Main Features and Advantages
No Center Required
Complete get together with throttle position sensor for less demanding single-step installation
Upgraded to non-contact Lobby impact sensor
100% New

Throttle Body

Computer technology

Computer technology in cars can provide a wealth of information to the driver. This can include things like turn-by-turn directions traffic updates and even gas prices. Additionally computers can also help to monitor and optimize engine performance which can lead to better fuel economy. Computers can also be used to entertain passengers with things like music and video playback.

computer

Sensors

A liquid temperature

A liquid temperature sensor has many advantages over other types of
temperature sensors. Liquid temperature sensors are more accurate than air temperature sensors and they can provide a continuous reading of the temperature. Liquid temperature sensors are also less likely to be affected by outside factors such as wind or humidity.

Liquid Temperature sensor

A throttle position sensor

A throttle position sensor can be very beneficial because it can help the
engine run more efficiently. By monitoring the position of the throttle the sensor can make sure that the engine is getting just the right amount of air. This can help to improve fuel economy and reduce emissions.

Throttle Position Sensors

An air temperature sensor

An air temperature sensor has many advantages. It is a highly accurate way to measure temperature and it can be used in a variety of settings. Air temperature sensors can be used in both indoor and outdoor environments and they are relatively inexpensive. Additionally air temperature sensors are relatively easy to install and maintain.

Air Temperature Sensors

The fluid temperature sensor can

precisely screen the significant fluid in the vehicle to guarantee life span and wellbeing.
The sensors give data to the motor control unit to keep the motor running solid, protected and productive.

Main features and Advantages
– Outrageous Temperature range: – 40°F ↔ +260°F.
– Hearty Plan with High Protection from Motor Vibrations OE or Better – Quality, Execution, and Capacity.

Temperature Sensor

A T.P.S sensor has many

A T.P.S sensor has many advantages the most notable being its ability to
accurately measure tire pressure. This is especially important for vehicles that frequently travel at high speeds as it can help prevent blowouts and other tire-related accidents. Additionally T.P.S sensors can also help improve fuel economy by ensuring that tires are properly inflated.

T.P.S Sensor

MAP sensors are used

MAP sensors are used in many applications where it is important to know the absolute pressure of a given medium. This includes automotive engine control aircraft flight instruments weather stations and SCUBA diving computers.

MAP sensors have several advantages over older technologies such as the pitot tube. They are less affected by changes in atmospheric pressure making them more accurate at high altitudes. They also have a wider dynamic range meaning they can measure a wider range of pressures. Finally they are less affected by changes in temperature making them more stable overall.

M.A.P Sensor

Low pressure sensors

Low pressure sensors can measure very small changes in pressure making them ideal for use in weather forecasting and other applications where accuracy is critical. Low pressure sensors are also less affected by changes in temperature than other types of sensors making them more stable over time. Finally low pressure sensors are less likely to be damaged by shock or vibration than other types of sensors making them more durable and reliable.

Pressure Sensors "Low"

High pressure sensors

High pressure sensors have a wide range of advantages that make them
ideal for use in a variety of applications. They are extremely accurate and can measure pressure with great precision. They are also very rugged and durable able to withstand high temperatures and pressures. High pressure sensors also have a very fast response time meaning they can quickly adapt to changes in pressure. Finally high pressure sensors are relatively low cost making them an affordable option for many applications.

Pressure Sensors "High"

A crankshaft position

A crankshaft position sensor is a critical engine management component that helps determine the timing of engine events. By monitoring the position and rotation of the crankshaft the sensor can send data to the powertrain control module (PCM) or electronic control unit (ECU). This information is then used to control ignition timing and fuel injection.

There are several benefits of having a working crankshaft position sensor in your vehicle. One of the most important is that it can help improve fuel economy. By ensuring that the spark plugs fire at the correct time the engine can run more efficiently and use less fuel.

Another benefit is that it can help reduce emissions. If the engine is running lean (too much air and not enough fuel) it can produce excessive amounts of oxides of nitrogen (NOx). This can damage the catalytic converter and cause other problems. A properly functioning crankshaft position sensor can help keep emissions low.

Crankshaft position sensor

Knock sensors

Knock sensors can help prevent engine damage by detecting when the air/fuel mixture is detonating prematurely in the cylinders and then adjusting the timing to prevent it. Also, itcan also help improve performance and fuel economy by allowing the engine to run at a higher compression ratio without knocking.It can be used to monitor other engine parameters such as cylinder pressure which can be helpful in diagnosing other engine problems.

Knock Sensors

A camshaft position

A camshaft position sensor is a vital engine management component
that is used to synchronize the firing of the spark plugs with the opening and closing of the intake and exhaust valves. By monitoring the position of the camshaft the engine control unit (ECU) can ensure that the spark plugs fire at the correct time in relation to the position of the pistons. This helps to optimize engine performance and fuel economy.

Camshaft position sensor