These stainless-steel nipples are precision-engineered components used to connect two cartridge filter housings in a series or parallel configuration. Made from high-grade SS 304 or SS 316, they ensure leak-proof and corrosion-resistant connections in fluid filtration systems.

Category:
  • Previous Product
  • SS Ferrule
  • Next Product
  • Half Coupling

Description

Specifications:

  • Material: Stainless Steel 304 / 316
  • Type: Male-to-male threaded nipples
  • Thread Options: BSP / NPT (customizable)
  • Sizes: ½”, ¾”, 1”, and custom lengths available
  • Finish: Polished or matte finish

Customization & OEM Options:

  • Nipples can be tailored to meet specific dimensions, thread types, and performance specifications based on customer-provided drawings.
  • OEM branding or special surface finishes can be incorporated upon request to match application needs.

Applications:
Water, chemical, food, and pharmaceutical filter systems

Related products

  • Service Icon
    Read more

    Bottom Cap

    This stainless-steel bottom cap is designed to securely seal the lower end of a cartridge filter housing. Precision-formed for high strength and leak-proof performance, it is suitable for use in pressure-rated and sanitary filtration systems.

    Read More
  • Service Icon
    Read more

    Assembly Ring

    The SS Cartridge Filter Housing Assembly Ring is a precision-engineered component used in the construction and sealing of stainless-steel cartridge filter housings. It plays a crucial role in ensuring the filter cartridge remains securely positioned within the housing while maintaining leak-proof performance during filtration.

    Read More
  • Service Icon
    Read more

    Half Coupling

    The half coupling is a critical component of SS cartridge filter housings, used to connect external piping or fittings to the filter body. Manufactured from Stainless Steel grades SS304 or SS316, it features precisely machined NPT or BSPT threads to ensure secure, leak-proof connections under high pressure.

    Read More