ESKA-Z2811-002 Sintered Stainless Steel Filter Element | High-Precision Filtration · Pressure-Resistant and Corrosion-Resistant · Ready-to-Use

Product Overview
ESKA-Z2811-002 is a high-performance filter element made of high-quality SUS stainless steel sintered metal. With an integrated joint design for easy installation, it is suitable for precision filtration of liquids and gases under harsh working conditions. Its unique multi-layer sintered structure can effectively intercept tiny particles, ensuring stable operation of the system. It is widely used in chemical industry, pharmaceutical industry, hydraulic systems, water treatment and other fields.

Core Advantages
✔ High strength and corrosion resistance – Made of SUS stainless steel, it is resistant to high temperature, acid and alkali, and suitable for harsh environments.
✔ Deep precision filtration – Multi-layer sintering technology, high dirt-holding capacity, and stable filtration efficiency.
✔ Integrated joint design – Reduces the risk of leakage, is easy to install, and is compatible with various pipeline systems.
✔ Long service life & easy maintenance – Can be backwashed or ultrasonically cleaned for repeated use, reducing replacement costs.

Technical Parameters (Adjustable According to Actual Needs)
Material: SUS304/SUS316L stainless steel

Filtration precision: 1μm~100μm (optional)

Operating temperature: -50℃ ~ +500℃

Pressure resistance grade: 0.1~10MPa (customizable optional)

Interface type: Flange/thread (customization supported)

Typical Applications
Chemical/Pharmaceutical: Filtration of solvents, acid-alkali liquids, and high-purity media

Hydraulic systems: Precision purification of lubricating oil and fuel oil

Water treatment: Filtration of ultrapure water and circulating water

Gas purification: Removal of impurities from compressed air and inert gases

Why Choose ESKA-Z2811-002?
🔹 German craftsmanship, reliable quality – Strict quality inspection ensures stable performance of each filter element.
🔹 Flexible customization – Supports different size, precision and interface adaptation needs.
🔹 Reduce operation and maintenance costs – Long-life design reduces the frequency of shutdown and replacement.