HSP sintered stainless steel 304/316L porous filter media for Environmental protection, noise reduction or filtration system

HSP sintered stainless steel 304/316L porous filter media for Environmental protection, noise reduction or filtration system

Short Description:


  • Brand: HENGKO
  • Material: stainless steel304/316L, bronze, brass
  • Pore Size: 3 5 7 10 15 20 40 50 60 70 90um
  • Technique: sintered powder
  • Application: used to reduce dynamic noise of the pneumatic components or device exhaust
  • Product Detail

    Product Tags

    hengko advantagePneumatic Sintered Mufflers Filters utilize porous sintered bronze filter elements secured to standard pipe fittings. These compact and inexpensive mufflers are easy to install and maintain, particularly suitable where space is limited. They are used to diffuse air and muffler noise from the exhaust ports of air valves, air cylinders, and air tools to an acceptable level within OSHA noise requirements.

     

    Mufflers are porous sintered bronze parts used to reduce the output pressure of compressed gas, thus reducing noise when the gas is evacuated. They are made with B85 grade bronze, which has a filtering efficiency of 3-90um.

    APPLICATION ENVIRONMENT:
    blowers, compressors, engines, vacuum pumps, air motors, pneumatic equipment, fans, and any other application that requires reduced noise level.

     

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    HSP sintered stainless steel 304/316L porous filter media for Environmental protection, noise reduction, or filtration system

    DSC_5604air mufflerbreather vent silencersintered porous metal filter applicationsOEM-Gas-detector-accessoreis-Process-Charthengko certificate hengko Parners

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    FAQ:

    Q: What is HSP sintered stainless steel 304/316L porous filter media?
    A: HSP sintered stainless steel 304/316L porous filter media refers to a specialized filtration material made from sintered stainless steel. It is designed for use in various applications such as environmental protection, noise reduction, and filtration systems.

    Q: How does the HSP sintered stainless steel porous filter media work?
    A: The HSP filter media works by utilizing the porous structure of sintered stainless steel. It allows fluid or gas to pass through while trapping and filtering out contaminants, particles, or noise. The controlled pore size and structure of the media enable efficient filtration and separation.

    Q: What are the advantages of using HSP sintered stainless steel porous filter media?
    A: Some key advantages of HSP sintered stainless steel porous filter media include:
    - High durability: The use of stainless steel ensures excellent resistance to corrosion, high temperatures, and mechanical stress, providing long-lasting performance.
    - Versatility: The filter media can be tailored to different pore sizes and configurations to suit specific filtration requirements.
    - Efficient filtration: The porous structure allows for effective filtration, removing contaminants, particles, or reducing noise levels, depending on the application.
    - Easy maintenance: The filter media can be cleaned or replaced as needed, ensuring consistent filtration performance over time.
    - Wide range of applications: HSP sintered stainless steel porous filter media finds application in environmental protection systems, noise reduction devices, and various filtration systems across industries such as automotive, aerospace, pharmaceutical, and wastewater treatment.

    Q: Can the HSP sintered stainless steel porous filter media be customized?
    A: Yes, the HSP filter media can be customized to meet specific filtration needs. This includes adjusting the pore size, thickness, and overall dimensions of the media to achieve desired filtration performance.

    Q: How should the HSP sintered stainless steel porous filter media be maintained?
    A: Regular maintenance of the HSP filter media involves periodic cleaning or replacement. Cleaning methods can include backwashing, ultrasonic cleaning, or chemical cleaning, depending on the specific application and contaminants being filtered. It is important to follow the manufacturer's recommendations and guidelines for proper maintenance procedures to ensure optimal performance and longevity of the filter media.

     


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