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Antibacterial Wire Wound Filter Cartridge

  • Detailed Description

Product Introduction:

The antibacterial thread wound filter element uses polypropylene (PP) fiber rovings as the filter material, and is treated with advanced silver ion antibacterial technology to endow it with excellent antibacterial performance, combined with polypropylene or stainless steel as the skeleton.

Application fields:

Pre filtration and circulating water treatment of pure water system

◎ Food and beverages (alcoholic beverages, soft drinks, dairy products, edible oils)

◎ Chemical plating solution, organic solvents, coatings and paints

◎ Pharmaceutical liquid filtration, biological fermentation broth

◎ Mechanical oil, cutting fluid, heavy oil fuel filtration

◎ Electronic PCB process liquid filtration, bottled water

Product Features:

External sparse and internal dense honeycomb structure, deep gradient filtration

◎ Diamond shaped channel multi-stage interception, high pollutant capacity, low pressure drop

◎ Siphon flow rate in each channel, with outstanding gel filtration effect
◎ High pressure resistant design, 0.4MPa differential pressure filter element does not deform
◎ PP skeleton/stainless steel skeleton suitable for different temperature conditions

Technical Indicators:

Filtering accuracy: 0.5~100 μ m (depending on material and winding density)

PH range: 1-14 (fiberglass+stainless steel)/2-13 (PP type)/5-13 (cotton thread type)

Maximum working temperature: 60 ℃ (PP full plastic)/80 ℃ (PP+stainless steel)/120 ℃ (degreased cotton)/200 ℃ (fiberglass)

Maximum working pressure difference: 2.0 Bar (at 25 ℃)

Pressure resistance: ≤ 0.5MPa, filter element does not deform under 0.4MPa pressure difference

Pollutant holding capacity: ≥ 50g/10 inches (standard PP material)

Filtering principle: Deep filtration: interception+hooking+sedimentation triple action

Filter structure: outer sparse and inner dense honeycomb gradient structure, diamond shaped pore channels

Flow direction: Outside In, impurities are trapped in the deep layers and surfaces of the filter element

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