Pleated Candle Filter And Metal End Cap Type Or Benefits Bolt Body Rigorous - China

Candle Filters for polymer melt can be pleated in the body with several

end types.

Made of woven filter wire mesh cloth or sintered fiber web

imported, candle filter elements offer ideal property for polymer

melting processing in chemical and fiber industries .

Pleated Candle Filter:

The supportive inner layer is fabricated of galvanized perforated sheet metal.

Galvanized wire mesh is pleated to support the filter media.

For more rigorous applications, a second layer of wire mesh is placed on the outside of the pleated filter media for back washing environments.

Filter media are available in a variety of micron ratings and efficiencies.

Commonly used are polyester felts, woven wire mesh or sintered metal.

Benefits:

The filter media is cleanable at the job site.

Sewn end style filters are used in applications where chemical compatibility and temperature concerns dictate the style of filter.

For more aggressive environments, this style can be constructed with stainless steel parts and high temperature media.

Metal End Cap Filter:

Metal end caps are available in a variety of configurations and styles.

One style consists of one open end and one closed end with a bolt hole, while another variety is a double open end.

Benefits:

Standard construction consists of a perforated or expanded core, made of galvanized carbon steel sheet metal.

These cores surround either a pleated filter media or paper media.

Pleated Candle Filter And Metal End Cap Type Or Benefits

Please inquiry for your need now

Company Contact:

• Posted By: Anping Wingle Filter Element Factory

• Phone: 863185821607

• Address: 78 Heping street, Anping, Hebei, China., Anping , China

• Email:

• Website: https://www.filter-element.org

• Business Description: Wingle manufactures the following types of filter elements:
  
  Hydraulic, designed to equip pressurized filters, filter drain and other hydraulic systems.
  
  Oil intended for lubricating systems, filters, complete machines and mechanisms in various industries.
  
  Fuel intended for the complete fuel filters vehicle engines.
  
  Aircraft designed for air filter assembly vehicle engines and compressors.
  
  Filter elements are manufactured with a nominal fineness of filtration:
  
  Paper 05, 10, 25 and 40 microns
  
  Net 40, 80.120 and 160 microns
  
  Filter elements provide the highest degree of filtration efficiency for industrial, mobile, and process applications.
  
  Our filter elements are composed of micro glass media, the most recent innovation in high performance filtration technology.
  
  Micro glass media is inert, inorganic, and far exceeds any paper or cellulose filter element performance.
  
  Water or chemicals, which cause softening, swelling, and degradation in conventional cellulose or pleated paper filters, do not affect micro glass media.
  
  The advantages of making filter element:
  
  Filter elements and filters manufactured have a high technical specification through a number of structural and technological features, chief among them the use of modern materials quality, reliability and stability of the design process.
  
  The use of modern filter materials:
  
  Effective is the one filter element, which not only removes dirt but keeps them securely for the duration of the service.
  
  Depending on the material of the filter elements are divided into two main groups: surface and volume.
  
  use of filter material has been a very stable structure.
  
  Enhanced binding of the fibers provides a stable bond between the fibers and increases the strength of the material under the influence of load versus load fluctuations of pressure and flow rate, temperature and aging.
  
  With this filter elements maintain its high performance during its entire life.
  
  The filter material is the most important component of the "filter" system with respect to prolonged life and wear protection of the system.
  
  Decisive criteria for the selection are the necessary degree of cleanliness of the operating medium, the initial pressure differential and the contamination retention capacity.