Headphone Sound Cable Noise Reduction Replacement Headphone Upgrade Cable for 2 Pin 0.78mm Headphones

Feature: 1. Perfect Replacement: The headphone cable has the advantages of reducing the stethoscope effect, reducing the negative effects of skin effect and proximity effect, etc. It is an excellent headphone replacement cable. 2. OFC Core: The core of headphone cable adopts OFC, which has high conductivity, glossy surface and high corrosion resistance, which can improve the resolution and separation of the earphone and eliminate the deep bass of the earphone. 3. Fine Workmanship: The headphone sound cable is soft and flexible, tanglefree, stylish and elegant. The pre shaped ear loops are designed to fit your ears and not easy to fall off when exercising. 4. Noise Reduction: The headphone upgrade cable can reduce the influence of current noise caused by the external magnetic flux of the connecting line, and restore the real sound. And easy to store, long service life. 5. Compatible: For earbuds with 2 pin 0.78mm pin configuration, such as the following headphones: for KZ ZSN ZSN Pro ZSN Pro X ZS10 ZSX AS12 AS16; for UE UE RRM UE 5Pro UE 11Pro UE 18Pro; for CCA CA4 CA16 A10 C12; for TRN ST1 VX BA5; for QDC; for KZ ZSN ZSN PRO ZSN PRO X ZS10 PRO ZSX AS12 AS16 ZAX ASF ASX ZSNPRO ZSNPROX ZSNPRO X ZS10PRO and other compatible headphones. Specification: Item Type: Headphone Cable Wire Material: Oxygen Free Copper Color: Bronze Wire Diameter: Main Line Diameter: Approx. 4.0mm 0.16in Secondary Wire Diameter: Approx. 2.0mm 0.08in Line Length: Approx. 120cm 47.2in Application: Headphones with a 2 Pin 0.78mm Connector Jack, Such As the Following: For KZ ZSN ZSN Pro ZSN Pro X ZS10 ZSX AS12 AS16 For UE UE RRM UE 5Pro UE 11Pro UE 18Pro For CCA CA4 CA16 A10 C12 For TRN ST1 VX BA5 For QDC all models Others: for KZ ZSN ZSN PRO ZSN PRO X ZS10 PRO ZSX AS12 AS16 ZAX ASF ASX ZSNPRO ZSNPROX ZSNPRO X ZS10PRO and other 2 Pin Interface Earphones with Compatible Earphone Models. Package List: 1 x Headphone Cable Note: Please allow some errors due to manual measurement.