Sanitary Clamped Magnetic Steam Filter Strainer Housing
- Model:
- Place of Origin:
- Wenzhou, China
- Material:
- SS304, SS316L
- Connection:
- Clamped
- Packing:
- Suitable Packing for Sea/Air Transport
- Payment:
- T/T, L/C, Western Union
A sanitary filter captures sub-micron ferrous particulates and work-hardened metallic fragments from liquid processing runs through high-intensity rare-earth magnetic rods, protecting downstream positive displacement pumps, homogenizer pistons, and aseptic filling orifices from abrasive scoring without restricting fluid velocities or causing product shearing.
Non-Restrictive Flow Geometry Prevents Line Pressure Loss
Processing viscous food matrices like chocolate, dairy syrups, and fruit purees through tight mechanical mesh causes rapid cake obstruction and excessive hydraulic head loss. Positioning an inline sanitary strainer equipped with magnetic finger cores extracts fine metal shavings while keeping pipeline flow corridors completely unobstructed.
This non-intrusive extraction preserves line velocity, holding head resistance near zero to safeguard transfer pump impellers against cavitation damage.
Process Liquid Media And Magnetic Flux Sizing
| Liquid Media Application | Targeted Metallic Contaminant | Surface Flux Density | Contact Finish Standard |
|---|---|---|---|
| High-Fructose Corn Syrup | Scale flakes, pipeline shavings | 8,000 Gauss Field | Ra ≤ 0.8 µm Mechanical Polish |
| Liquefied Cocoa Liquor | Work-hardened 316 wire wear | 10,000 Gauss Field | Ra ≤ 0.8 µm Mechanical Polish |
| Pasteurized Liquid Cheese | Homogenizer valve micro-debris | 11,000 Gauss Field | Ra ≤ 0.5 µm Electropolished |
| Pharmaceutical Syrups | Microscopic rust, pump grit | 12,000 Gauss Field | Ra ≤ 0.4 µm Electropolished |
Thermal Stability Under Clean-In-Place Sterilization
Exposing magnetic assemblies to continuous thermal cycles requires careful selection of neodymium alloy grades. Installing an upstream sanitary steam filter purges live steam lines of particulate rust before steam injection sanitization reaching 140°C.
Thermal derating parameters ensure that high-temp grade internal neodymium elements retain rated surface flux density without suffering permanent demagnetization through recurring thermal washdowns.
Sleeve-Withdrawal Servicing Accelerates Daily Cleaning Protocols
Captured ferrous matter clings tenaciously along internal magnetic field poles during ongoing processing shifts. Line operators schedule daily discharge intervals without requiring wrenches or mechanical pullers.
Releasing the heavy-duty perimeter clamp opens the sanitary filter housing, permitting operators to pull the internal magnet bundle outside its surrounding 316L protective sleeves.
Withdrawing the internal magnetic cores removes the magnetic attraction field from the sleeve exteriors, causing accumulated metal particles to drop away instantly during warm water rinsing matching ASME BPE manufacturing standards.
