Key Challenges of Conventional Basket Filters

• Low Filtration Efficiency: Ordinary filter baskets have an open-hole ratio of only 15–20%, which clogs easily and causes high pressure drop (≥ 0.3 MPa).
• High Maintenance Cost: Frequent shutdowns required for cleaning; labor costs account for over 40% of total cost.
• Short Service Life: Stainless-steel 304 baskets used in corrosive media often fail within 6–12 months.
• Safety Risk: Welded-structure baskets may rupture under high pressure; industry accident rate is about 0.7%.

How RKSfluid Basket Filter Breaks the Technical Barrier?

Material Upgrade

• 316L ultra-low-carbon stainless-steel basket: tested under ASTM G48 corrosion test in 6% sodium chloride solution; corrosion resistance is eight times higher than 304.
• Gradient sintering technology: customizable porosity between 35% and 50%; achieves flow rates up to 80 m³/h (versus 50 m³/h for comparable models).

Structural Innovation

• Reinforced stamping for integrated one-piece forming: reduces the number of welds by 70%.
• Quick-open DN300 flange: conforming to EN 1092-1 standard; opening time ≤ 30 seconds.

Smart Operation & Maintenance (Optional)

• Differential-pressure sensor with ±1% accuracy: real-time monitoring in 0–6 MPa range; IoT platform response time <5 seconds.
• AI-based lifespan prediction model: trained on 100,000 sets of operating-condition data; estimated remaining basket life accuracy ±7 days.

Why Choose RKSfluid?

• Material Laboratory: CNAS-accredited test center providing metallographic analysis reports.
• Manufacturing System: Dual certification under ISO 9001 and ASME; dimensional tolerances maintained within ±0.05 mm.
• Digital Service: Comes with RKS-FMS filtration management system to support full-life-cycle traceability.