-40%
XLR Female Noise Reducing Caps - PTFE (Teflon) Insulation - Nickel Plated - 2 pk
XLR Female Noise Reducing Caps - PTFE (Teflon) Insulation - Nickel Plated - 2 pk

XLR Female Noise Reducing Caps - PTFE (Teflon) Insulation - Nickel Plated - 2 pk

$ 7.89

Availability: 200 in stock
  • Brand: Apollo AV, Inc.
  • Restocking Fee: No
  • Type: Noise reducing cap
  • Refund will be given as: Money Back
  • All returns accepted: Returns Accepted
  • Item must be returned within: 30 Days
  • Condition: New
  • Return shipping will be paid by: Buyer
  • MPN: XLRCAPFEMALE-NICKEL

    Description

    We have available these audiophile quality nickel plated XLR female noise reducing caps.  Same cap as our gold plated version in terms of performance, just at a lower price.
    These caps are made to exact tolerances and standards so you are sure to get a product that gives up nothing in quality to any competitor.
    Cap specifications are:
    Body - nickel plated brass
    Insulation - PTFE (Teflon) for superior noise rejection
    ROHS compliant - yes
    Made in Taiwan
    Why use caps for your unused XLR jacks?
    RFI/EMI interference is everywhere and can get into your system through unused jacks on your equipment.
    Reducing noise will improve detail and resolution.
    Helpe to keep dirt and dust from getting into your components.
    Why use Apollo AV products?
    All our products are manufactured to the highest quality standards.
    Lower price vs name brand, not lower performance
    RoHS compliant
    Audiophile quality materials and design.
    Lifetime warranty against manufacturing defects
    For pricing on wholesale or larger quantity personal use purchases, please email us.
    Before buying, please be aware USPS is experiencing delays (
    sometimes long
    ) due to huge mail volumes and pandemic related labor shortages.  We deliver to the Post Office quickly, but after that we cannot affect delivery time.  Movies are shipped Media Mail, faster options available at checkout, but all USPS methods are experiencing delays that are impossible to predict.