Filters

We are an authorized agent as we have many types of filters (gas filters, oil filters, air filters, hydraulic filters, gas separators, oil separators, water filters). We are able to execute all purchase orders with major companies and government sectors in the fastest time and at the lowest price.

All filters are available for cars, engines and generators, as well as industrial filters for all petroleum, mining and industrial sectors for all different applications, in addition to marine engine filters.

We have all the brands of companies producing local and international filters and imported filters with the highest quality and guarantee

The importance of air filters

Getting the best filter for your truck is important – and it’s also important that every filter is checked and installed by professionals, such as technicians, to ensure superior performance.

Plus, to keep harmful particles out of your truck’s engine and increase the longevity of your vehicle, truck air filters increase fuel efficiency. Since the cost of diesel fuel can certainly increase when driving long distances, this is vital to ensuring that you get the most out of your mileage.

What Happens When Your Truck Air Filters Are Not Changed

When you don’t stick to your regular truck air filter replacement schedule, you can put undue stress on your engine. Ultimately, this can cost you quite a bit of money in the long run. In order to keep moving, your truck’s engine needs to run at peak performance. If you don’t maintain your air filters and harmful pollutants and particulates begin to make their way into your car’s engine, it can cause friction between parts.

Reasons for using an air filter that does not meet specifications

fuel filter

The primary purpose of a fuel filter is to remove contaminants from the fuel system to maintain a smooth flow of fuel through the injectors. Heavy equipment fuel filter types include:

Types of hydraulic filters

Choose the right filters for your hydraulic equipment

When choosing hydraulic filters, there are several factors to consider. Think about where you are going in the system and what is the pressure in that place. The most common filters found in hydraulic systems are low pressure filters, medium pressure filters, high pressure filters, in-tank filters, strainers, and respirators.

What are the types of hydraulic filters?

low pressure filters

Low pressure filters are located by the tank and pump. Pressure ratings are up to 350 psi. The main function of this filter type is to prevent contaminants from entering the pump.

medium pressure filters

Medium pressure filters are located in fluid return lines and reach a pressure rating of 90 to 2,000 psi. These filters collect dirt that comes from the system when it is turned on.

high pressure filters

High pressure filters are located next to the pump and essential parts of the system such as cylinders, valves and actuators. Working to prevent these components from failing, pressure ratings range anywhere from 1,885 psi to 6,500 psi.

Filters inside the tank

Filters inside the tank are designed to save space and are found by the tank. Their pressure levels are low. The purpose of this type of filter is to ensure that the tank remains free of contaminants that occur during system operation.

filters

Wire mesh strainers are usually located in the tank. It is connected to the intake pump penetration. This component filters out the normally solid and visible particles from the hydraulic fluid.

breath

The main function of the respirators, located next to the tank, is to prevent air pollution as air moves in and out of the tank. Breaths like Donaldson TRAP are just one example of this part.

Industrial Hydraulics Donaldson Filters provide high quality and value for your hydraulic system. They protect your system from contamination and vary in type and efficiency of media and applications. Call us at 1-800-722-6792 for more information today

The importance of oil filtration in hydraulic system

Hydraulic systems have been around for more than two centuries. Modern hydraulic systems are more advanced with components such as a pump, a tank that also contains a hydraulic oil filter, actuators and valves. These systems are so prevalent these days that you might even find one in the steering wheel of your car.

Hydraulic systems are mechanical. Hence it is also subject to normal wear and tear. Ineffective fluid filtration issues or contamination are among the worst things that can happen to a hydraulic system. This makes it necessary to ensure effective oil filtration for these systems to function optimally.

What exactly is hydraulic filtration?

Hydraulic filters are designed to protect the system from potential damage that could occur due to contamination of oil or other hydraulic fluids from particulates in the fluid used.

About one million particles larger than one micron can enter the hydraulic system in just one minute. This is shocking news for the system as these particles can cause some serious damage to hydraulic components due to hydraulic oil contamination. This makes it necessary to maintain effective filtration of the system as this will increase the life of the hydraulic system.

An efficient hydraulic filtration system is designed to rid the system of various mineral particles present in the hydraulic system oil. These particles include copper and iron which act as catalysts to accelerate the deterioration of the hydraulic system. The filtration will remove these particles, helping to promote the longevity of the system.

Types of filters in hydraulic systems

Return line filters: These filters are very common in open loop applications. The primary function of return line filters is to filter fluid before it flows back into the hydraulic system tank.
Pressure line filters: Also known as standard hydraulic pressure filters, pressure line filters are equipped with a bypass check valve used to protect the hydraulic system and its components from general wear.
Strainers and Suction Filters: One can find these filters in the tank which are responsible for serving as a final barrier to ensure protection against various pollutant particles before the liquid enters the pump.