All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(4502 products available)
Hydraulic filters are essential for keeping hydraulic systems operational. They clean fluids and reduce component wear. Interchanging filter elements is crucial for maintaining and upgrading industrial systems. The HYDAC filter elements work seamlessly in diverse machinery.
Here's a rundown of the primary filters.
These are installed directly in the hydraulic lines. They filter out contaminants before fluid circulates through the system. This prevents debris from entering key components. Line filters are essential for protecting pumps, motors, and valves.
These are mounted on the reservoir or the oil tank. They clean the fluid before it is drawn into the pump. Tank top filters help reduce the amount of dirt and particles that enter the hydraulic system. It decreases maintenance needs and extends component life.
These are designed for ease of replacement. They can be 'spun on' and 'spun off' without the need for special tools. This makes them popular in maintenance-heavy industries. Their quick changeover minimizes downtime.
These filter elements have wide uses across varied sectors. Each industry needs reliable fluid management to keep systems from shutting down.
Commonly used in mobile hydraulics for excavators, loaders, and cranes. Filter elements protect pumps and motors from damage. Interchangeable filters reduce the need for inventory and allows parts to be switched out across vehicles.
In the aerospace sector, filters are used to ensure hydraulic fluids meet stringent cleanliness standards. They support critical systems like landing gear and flight control. The compact and lightweight design of aerospace filters keeps the aircraft as light as possible.
Filters are used for fluid processing in both oil and gas extraction. They ensure that only clean fluids enter the treatment and refining processes. This protects sensitive equipment.
In power plants, filters are used to protect turbines and other machinery from contaminants in the hydraulic fluids used to operate equipment. Maintaining clean hydraulic fluids helps ensure that power generation equipment operates smoothly and efficiently.
On ships and offshore platforms, filters keep seawater and oil-based fluids free from particles. This is to prevent equipment wear and prevent any marine organisms from affecting the system.
Hydraulic systems are used to power machinery like pulp digester, paper press, and pulping machines. Filters help maintain fluid cleanliness so that debris does not impact the many machines.
These industries use hydraulic systems in their machines. They benefit from filters that keep cutting fluids clean. It reduces tool wear and improves the quality of the end product.
To ensure proper interchanging, understanding the specifications and features of the elements is key.
They are designed for easy swapping. They allow for quick maintenance and minimal machinery downtime.
HYDAC filters are built to ensure durability and optimal filtration efficiency. They are made from high-quality materials to withstand varying operational conditions.
Frequent filter element replacements are vital for the system's longevity. It's advisable to monitor filters regularly.
Selecting the right filter element requires careful attention to detail. Here are some key factors.
HYDAC elements are made of diverse materials to suit specific applications. Choose an element that matches the operating conditions of the system. Cellulosic media is favorable for general use. While synthetic media is suitable for high-temperature or chemical environments.
Check the material compatibility of the filter with the fluid in the hydraulic system. Ensure the filter element will not degrade over time. This is especially critical for systems using bio-degradable oils or chemicals.
Ensure the seals and connections of the filter element match the existing hardware. This ensures a proper fit and prevents leaks. HYDAC offers a range of seal materials like NBR and Viton. These cater to different temperature and chemical needs.
The filter must be able to resist the typical temperatures in the hydraulic system. This is due to the element material's durability and the media's filtration efficiency.
Select a filter that can handle the maximum pressure in the system. High-pressure applications require elements with a high-collapse rating. It avoids filter media failure and system breakdown.
Consider the maintenance schedule for the hydraulic system. Some filters require more frequent replacements than others. HYDAC has elements with varying dirt-holding capacities and service lives.
Determine the required filtration precision for the system. The filters must have the right micron rating to keep the system running smoothly. High-precision applications like aerospace and marine require finer filters than usual.
A1. The function of the HYDAC filter is to ensure that the fluid remains free from contaminants. It protects the pump, valves, and other components. It helps fluid management and enhances the efficiency of the overall system.
A2. The filter elements are made from media like cellulose, micro-glass, and synthetic fibers. Each offers distinct benefits depending on the application.
A3. To maintain the filter, regularly inspect and replace elements that are near their service lives. The users should also clean or replace any tank-top or magnetic pre-filters regularly.
A4. The replacement of the filter elements depends on the system usage and the level of contamination found.
A5. Yes, but only specific HYDAC-compatible brands and models can be used. This is to maintain the performance of the hydraulic systems.
