What is Hydraulics? Hydraulic Systems, Working Principles and Industrial Solutions | Hidroman
What is Hydraulics? Working Principle of Hydraulic Systems in Industry, Advantages and Professional Solutions
What is Hydraulics?
Hydraulics is an engineering discipline based on the principle of transmitting fluids (mostly oil) under pressure and enabling the controlled generation of high forces thanks to this pressure. Hydraulic systems are used in a wide range of areas today, from industrial production to the defense industry, from construction to automotive, from energy to the maritime sector.
But hydraulics are not just an "oil-driven system." When not designed correctly:
Energy loss, Overheating, High maintenance costs, System failures become inevitable. Therefore, hydraulics requires engineering knowledge and a systems approach.
How Does a Hydraulic System Work?
Hydraulic systems are based on Pascal's Principle:
The pressure applied to the fluid in a closed system is transmitted equally to each point. Thanks to this principle, very large loads can be controlled with a small force.
Basic Working Steps:
The hydraulic pump converts mechanical energy into hydraulic energy. The pressurized oil is directed through valves. The hydraulic cylinder or motor converts this energy into mechanical motion. The system is protected by filters and cooling elements. This cycle makes hydraulics indispensable in applications requiring high precision and high power.
Reasons Why Hydraulic Systems Are Indispensable in Industry
Most competing content passes this part superficially. However, for Google, depth makes a difference. Advantages of Hydraulic Systems, Very high force generation, Precise and repeatable control, Stable performance under heavy loads, Resistance to harsh environmental conditions, Long life and modular structure
Thanks to these advantages, it is far ahead in applications that require high power density compared to hydraulic, pneumatic and electrical systems.
Hydraulic System Components (Detailed and Professional Approach)
Hydraulic Pump
It is the heart of the system. Flow and pressure values determine the performance of the entire system.
Gear pumps
Vane pumps
Piston pumps
Choosing the wrong pump can lead to energy loss of up to 30%.
Hydraulic Valves
It controls the direction, pressure, and flow rate of the flow.
Directional control valves
Pressure control valves
Proportional & Servo Valves
In industrial automation, valve technology is the key to system precision.
Hydraulic Cylinder & Hydraulic Motor
Cylinders: Linear motion
Motors: Rotational motion
Calculations of load, speed and stroke require engineering.
Filtration & Cooling
70% of hydraulic system failures are caused by oil contamination.
Pressure line filters
Return line filters
Oil coolers
Professional hydraulics means clean oil.
The Most Common Mistakes in Hydraulic Systems.
This section provides clear differentiation from competitors.
Only price-oriented component selectionUse of pumps that are not suitable for the applicationNeglecting filtrationEstablishing a project without engineering calculation
These mistakes are cheap in the short term and very expensive in the long run.
Make a Difference with Hidroman Hydraulic Solutions
Hidroman considers hydraulic systems not only product-based, but also as an end-to-end engineering solution.
What Does Hidroman Provide?
Turnkey hydraulic system designCustom hydraulic solutions for OEM manufacturersPremium hydraulic component supplyOn-site installation, commissioning and servicingLong-lasting, energy-efficient systems
For Hidroman, hydraulics is a system responsibility, not a product.
Which Industries Prefer Hydraulic Systems?
Construction & Construction Machinery
Industrial production lines
Agricultural machinery
Press & metal forming
Marine and offshore applications
Energy & defense industry
There is not the same hydraulic solution for every sector.
Hydraulics is not a product, but an engineering discipline.
Hidroman combines trust, quality and engineering in hydraulic systems.