Sanitary Jacketed Inline Liquid Air Filter Strainer

Model:
Place of Origin:
Wenzhou, China
Material:
SS304, SS316L
Connection:
Clamped, Welded, Thread, Flanged
Packing:
Suitable Packing for Sea/Air Transport
Quantity:
1000 Piece/Pieces per Month
Payment:
T/T, L/C, Western Union
Specification:
1"-4"

A sanitary filter maintains precise process fluid temperatures across pressurized processing lines through an external heating or cooling envelope, capturing entrained solid particulate while preventing molten or temperature-sensitive media from freezing, crusting, or choking internal screen baskets.

Annular Heat Circulation Suppresses Fluid Boundary Layer Freezing

Transferring high-viscosity food and pharmaceutical compounds through unheated piping risks rapid thermal dissipation, causing localized solidification along vessel walls. Installing a jacketed sanitary inline strainer circulates pressurized steam or hot water through an isolated perimeter casing, eliminating cool boundary layers across the perforated screening zone.

Uniform heat transfer sustains linear product velocities, preventing line pressure spikes that choke positive displacement feed pumps.

High-Viscosity Thermal Processing Matrix And Screen Porosity

Process Stream Application Target Particulate Solids Jacket Operating Temp Surface Finish Spec
Confectionery Cocoa Liquor Cocoa shell grit, unground nibs 45°C to 55°C Hot Water Ra ≤ 0.8 µm Mechanical Polish
Refined Edible Tallow Coagulated animal fats, tissue 60°C to 75°C Hot Water Ra ≤ 0.8 µm Mechanical Polish
Pharmaceutical Gelatin Base Insoluble collagen fibrils 50°C to 65°C Hot Water Ra ≤ 0.4 µm Electropolished
Industrial Molasses Slurry Carbonized scale, plant fibers 70°C to 85°C Low Steam Ra ≤ 0.5 µm Electropolished

Utility Steam Decontamination Protects Jacket Shell Integrity

Thermal jacket pathways require clean utility feeds to prevent mineral encrustation across narrow heating jackets. Deploying a sanitary compressed air filter removes condensate droplets, pipe scale, and compressor oils from purge gas headers before operators vent or blow down thermal circuits.

The dual-wall 316L fabrication isolates heating fluids from the primary product stream, guaranteeing total segregation under full system operating pressures.

Viscosity Stabilization And Rapid Screen Extraction Protocols

Stable process temperatures preserve laminar flow characteristics through the perforated screening mesh, minimizing shear stress across delicate emulsions. Differential pressure transmitters register genuine contaminant loading rather than apparent drag caused by localized fluid thickening.

Deploying thermal sanitary liquid filters upstream of continuous filling lines preserves metering pump tolerances against abrasive debris.

Releasing the primary top clamp allows rapid extraction of the internal screen assembly while the jacket retains heat, expediting cleaning cycles matching ASME BPE manufacturing standards.

Product Description

Product Name: Sanitary Stainless Strainer Jacketed Filter
Type: 1"-4"
Material: SS304/SS316L
Mesh: 30 - 165
Seal: EPDM, Silicone, FPM
Max. temperature: 120C Degree
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