• The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
  • The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
  • The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
  • The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
  • The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
  • The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.

The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.

Material: Skim Cotton
Application: Filter
Type: Water Filter
Filter Connector: 222 Connector
Filtration Grade: Medium Filter
Activated Carbon Filter Type: Compact
Samples:
US$ 100/Piece 1 Piece(Min.Order)
| Request Sample
Customization:
Diamond Member Since 2023

Suppliers with verified business licenses

Hebei, China
Multi-language Pioneer
2 languages freely used by foreign trade staff. include: English, Spanish
Customization from Samples
The supplier provides sample based customization services
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Basic Info.

Model NO.
String wound filter cartridge
Product Name
String Wound Filter Cartridge
Winding Material
Polypropylene Yarns, Skim Cotton Yarn, Fiberglass
Skeleton Material
PP or Stainless Steel
Outer Dimensions
250 mm, 500 mm, 750 mm, 1000 mm, 10", 20", 30", 40
Microns
1um,3um,5um,10um,20um,30um,50um,70um,100um
Transport Package
Carton
Specification
Could Customized
Trademark
INCE
Origin
China
HS Code
5911900090
Production Capacity
1000PCS/Day

Product Description

The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.>>>STRING WOUND FILTER CARTRIDGE
String wound filter cartridge is a kind of filter cartridge for depth filtration at low viscosity and low impurity content conditions. It is made of textile fiber yarn (polypropylene yarn, skim cotton yarn, etc.). These yarns are precisely wound on the porous skeleton (PP or stainless steel) to form a honeycomb structure that is loose outside and dense inside. As a result, it offers excellent filtration and absorption performance and can effectively remove suspended solids, fine particles,  rust, and other impurities from fluids.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
Highly efficient filtration of impurities

The structure is sparse on the outside and dense on the inside, effectively intercepting particle impurities at all levels, with high
dirt holding capacity and long service life.
 
Various Filter Materials

Polypropylene yarns, Skim cotton yarn,Fiberglass material.
Three different materials, used in differentenvironments.
Water fitration to achieve precise filtration effect.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
Customized On Demand

Various types of non-standard filter elements can be customized according to different needs of customers.
 
Features:
1. High filtration accuracy, low differential pressure, high flow, high dirt holding capacity, and long service life.
2. Filter pores are small inside and large outside to offer a good depth filtration effect.
3. Filter cartridges are made of various materials to meet the filtration requirements of various liquids and achieve an ideal filtration effect.

The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
 
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.
The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.

The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.The Wire-Wound Filter Element Is Formed by Winding Textile Fibers on a Multi-Frame in a Specific Way.

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