-40%
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories
Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories

Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories

$ 10.71

  • Brand: Unbranded
  • Country/Region of Manufacture: China
  • EAN: Does not apply
  • MPN: Does not apply
  • Manufacturer Part Number: CFH-7F
  • Manufacturer Warranty: 1 Year
  • OE/OEM Part Number: Universal
  • Performance Part: Yes
  • Size: 1cm x 3.2cm
  • UPC: 566966420035
  • Universal Fitment: Yes
  • Vintage Part: Yes
  • gtin13: 566966420035

Description

Auto Interior Door Lock Knobs Pins 100% Real Carbon Fibre Car Accessories Description 1. Material: Genuine carbon fibre + pure copper material 2. Installation: Directly replace for simple and convenient installation. ( Directly pull out original handle and replace it with no need for detaching car door.) 3. Size: 1cm x 3.2cm Packing List: 4 * Carbon Fibre Handles NOTE:Most of car pins have some slope, do not need the accessories,directly replace it. Please allow 1-3mm difference due to manual measurement.