Metal Sintering Process
Key Advantages:Stable operation across a wide temperature range (-200°C to 600°C); resistant to strong acids, alkalis, and fluid erosion; tensile strength far exceeds other types; filtration precision stably controlled at the 1μm level; supports repeated backwashing for regeneration; service life can extend to several years.
Suitable Applications: Extreme operating conditions such as petrochemicals, chemical processing, and high-temperature melts; offers the most consistent quality performance in demanding industrial environments.
V-Shaped Wire-Wound/Welded Process
Key Advantages:Constructed by welding V-shaped stainless steel wire to support rods at each contact point; robust structure; open filtration area ratio up to 60%; strong resistance to clogging; easy backwashing; flow rate is nine times that of standard slotted pipes under identical conditions.
Suitable Applications: High-throughput solid-liquid separation scenarios such as water treatment and sand control in wells; excels in self-cleaning capabilities and long-term operational stability.
PP Melt-Blown Process
Key Advantages:Formed via polypropylene melt-blowing; broad chemical compatibility (pH 1–13); high dirt-holding capacity; low cost; no leaching of chemical binders; high hygienic safety.
Suitable Applications: Standard water treatment and general fluid coarse filtration; delivers stable quality for basic, cost-effective needs; typical replacement cycle of 3–6 months.
Pleated Paper/Fiberglass Process
Key Advantages:Uniform filtration precision; large specific surface area; low initial pressure drop; high capture efficiency for air, lubricating oil, and other low-to-medium viscosity fluids.
Suitable Applications:General ventilation, equipment oil circuit filtration, and other standard operating conditions; meets quality standards for medium-precision filtration requirements.
