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Defatted Cotton Thread Wrapped Filter Element

  • Detailed Description

Product Introduction:

The degreased cotton thread wound filter series uses degreased cotton fiber roving as the filter material, combined with a stainless steel frame. It can withstand temperatures up to 120 ℃ and has excellent compatibility with organic solvents and oil liquids.

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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