Stainless Steel Oil Filter in Metal Media
Polymer
Stainless Steel Oil Filter in Metal Media
The stainless steel oil filter element can effectively filter impurities suspended in the oil, purify the oil, and protect the normal operation of mechanical equipment. At the same time, the use of stainless steel materials can also extend the service life of the filter element and improve its reliability and stability.
Production Process:
Stainless steel oil filter elements generally use stainless steel punched mesh as the internal support mesh, and are used with woven dense mesh or other structural filter materials to filter the filter layer. Most of the products are argon arc welded or laser welded, which are strong, durable, and resistant to high pressure and high temperature. Some parts are also bonded with glue according to customer requirements.
Production Process:
Stainless steel oil filter elements generally use stainless steel punched mesh as the internal support mesh, and are used with woven dense mesh or other structural filter materials to filter the filter layer. Most of the products are argon arc welded or laser welded, which are strong, durable, and resistant to high pressure and high temperature. Some parts are also bonded with glue according to customer requirements.
- Effectively control pollutants: Used to filter out solid particles and colloidal substances, with a simple structure, large oil flow capacity and low resistance.
- Can be cleaned repeatedly: Braided mesh or copper mesh allows the element to be cleaned and reused repeatedly.
- Large dirt holding capacity and long service life.
- No material falling off: Fibers are not easy to detach, ensuring high filtration efficiency and wide chemical compatibility.
- Safe operation at extreme temperatures: Works safely at temperatures of -270-650°C without precipitating harmful substances.
Operating Principle
The filter element operates inside the lubrication or hydraulic pipeline. As contaminated oil passes through the multi-layer dense mesh from the outside in, solid particles and colloidal impurities are trapped. The internal perforated core provides mechanical stability to resist differential pressure spikes. Regular cleaning restores the mesh surface permeability, extending its lifespan.
Technical Specifications
| Filtration Precision | 0.5 - 500 µm |
|---|---|
| Temperature Tolerance | -270°C to 650°C |
| Internal Support | Stainless steel punched / perforated mesh |
| Welding Structure | Argon arc welding or Laser welding |
| Customization Options | Overall dimensions, filtration precision, filtration area, and pressure resistance can be customized |
Applications
- Automobiles and transportation systems.
- Heavy industrial machinery and engineering equipment.
- Metallurgy (hydraulic systems of rolling mills and continuous casting machines).
- Polyester, petroleum, and petrochemical systems.
- Pharmaceuticals, food, and beverage production.
- Chemical processing lines.