2004 Chevy Silverado Wheels
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FERRADA® - FT3 Machined Silver$720.00 -
FERRADA® - FTR11 Machined Cobre$760.00 - $910.00 -
FERRADA® - FTR12 Machined Cobre$760.00 - $910.00 -
FERRADA® - FTR9 Machined Cobre$760.00 - $910.00 - AVID.1® - AT-01 Gloss Black$242.76
- AVID.1® - AT-01 Matte Black$242.76
- AVID.1® - AT-01 Matte Bronze$242.76
- AVID.1® - AT-01 Nardo Gray$242.76
- AVID.1® - AT-02 Matte Black$242.76
- AVID.1® - AT-02 Matte Bronze$242.76
- AVID.1® - AT-02 Nardo Gray$242.76
- AVID.1® - AT-03 Matte Black$242.76
- AVID.1® - AT-03 Matte Bronze$242.76
- AVID.1® - AT-03 Nardo Gray$242.76
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- BLACK RHINO® - BR020 DIAMONDBACK Metallic Blue$363.00 - $460.00
- BLACK RHINO® - BR021 MONDO Matte Black with Gloss Black Lip$363.00 - $413.00
- BLACK RHINO® - BR021 MONDO Matte Gunmetal with Gloss Gray Lip$363.00 - $413.00
- BLACK RHINO® - BR017 ETOSHA Gloss Midnight Blue$383.83 - $423.00
- BLACK RHINO® - BR012 OUTBACK Matte Black$388.00 - $438.00
- BLACK RHINO® - BR012 OUTBACK Matte Gunmetal$388.00 - $438.00
- BLACK RHINO® - BR022 BAHARI Matte Black$388.00 - $413.00
- BLACK RHINO® - BR025 RIVAL Matte Gunmetal with Matte Black Lip$388.00 - $460.00
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The 2004 Chevy Silverado has enough strength and capability to haul heavy cargo and withstand some of the most severe driving conditions. Yet, there are parts more vulnerable than others which can deteriorate over the years because of constant beating. Wheels, for example, are located too close to the ground and harmful elements found there, so there is no wonder that gradually they become scratched and dented. What’s more, any wheel can bend or even crack after hitting a pothole or other obstacle on the way. In many situations, a damaged wheel needs replacement.
If that is the case, let us help you choose top-notch products from our assortment of first-rate 2004 Chevy Silverado wheels. Manufactured by market-leading companies, they are made according to the highest quality standards to last for a long while. We carry wheels crafted from steel or aluminum with the help of different manufacturing methods such as stamping, flow forming, and forging. The last one allows for creating the strongest and lightest alloy wheels; their flow formed counterparts are almost as tough but more affordable.