OE Wheel Finishes

The finish on this Anthracite wheel is achieved through several different phases. The finishing process includes a anthracite powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Anthracite Rims Here

The finish on this Black Machined Redline wheel is achieved through several different phases. First we apply a black powder coat foundation. The face of the wheel is then precision machined using a coolant with a ceramic bit. This method leaves the Black powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. Then a milled groove is created on the lip of the wheel and painted with a red powder coat. Finally, two layers of clear coat are applied. See OE Wheels Machined Rims Here

The finish on this Black Machined wheel is achieved through several different phases. The finishing process begins with a Black powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the black powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of two layers of clear coat. See OE Wheels Machined Rims Here

The finish on this Black with Chrome Wheel is achieved through several different phases. The finishing process begins with a Black powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the black powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of two layers of clear coat. Finally, an injection molded polymer insert is applied to the wheel. This insert is coated using a vacuum metallization process where the evaporated aluminum particles adhere to the polymer and condense to form a uniform layer with a bright chrome appearance. See OE Wheels Black Rims Here

The finish on this Chrome with Black wheel is acheived through several different phases. Chrome is a classic and durable finish that, with a little care, can stand the test of time. A classic chrome finish is accomplished in a three step plating process. The first layer of plating is copper, which adheres to the wheel and creates a smooth foundation. The second is nickel, providing hardness and durability. The final layer is chrome, which creates the bright cosmetic finish. Once the finish is complete an injection molded polymer insert is applied to the wheel. This insert is coated using a matte paint process. See OE Wheels Chrome Rims Here

The finish on this Bronze wheel is achieved through several different phases. The finishing process begins with the application of a bronze powder coat foundation. Two layers of non-gloss clear coat are then applied, providing a seamless satin appearance as well as offering excellent protection to the powder coat.See OE Wheels Bronze Rims Here

Chrome is a brilliant and durable finish that, with a little care, can stand the test of time. A classic chrome finish is accomplished in a three step plating process. The first layer of plating is copper which adheres to the wheel and creates a smooth foundation. The second is nickel, providing hardness and durability. The final layer is chrome, which creates a bright cosmetic finish. See OE Wheels Chrome Rims Here

The finish on this Satin Black Wheel is achieved through several different phases. The finishing process begins with the application of a black powder coat foundation. Two layers of non-gloss clear coat are then applied, providing a seamless satin appearance as well as offering excellent protection to the powder coat. See OE Wheels Black Rims Here

The finish on this Satin Gunmetal Machined Wheel is achieved through several different phases. The finishing process begins with a gunmetal powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the gunmetal powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of clear coat for added protection.

The finish on this Satin Graphite Wheel uses a multi-stage application process performed in a state of the art manufacturing facility. It begins with several wash, deionized rinse and rapid, non-contact drying stages to remove any possible contaminants that could interfere with finish adhesion. Next comes a deep graphite powder coat base applied by an automated system to ensure an even, smooth and consistent color for each wheel. Finally, the application of a satin clear coat provides a durable and fade resistant layer of protection with a beautiful, long lasting sheen.

The finish on this Black Machined with Tinted Clear Wheel is achieved through several different phases. The finishing process begins with a Black powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the Black powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of two layers of tinted clear coat. See OE Wheels Machined Rims Here

The finish on this Black Redline Wheel is achieved through several different phases. The finishing process includes a black powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Black Rims Here

The finish on this Gloss Black Wheel is achieved through several different phases. The finishing process includes a black powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Black Rims Here

The finish on this Gunmetal Machined Wheel is achieved through several different phases. The finishing process begins with a gunmetal powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the gunmetal powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. See OE Wheels Machined Rims Here

The finish on this Gunmetal Wheel is achieved through several different phases. The finishing process includes a gunmetal powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Gunmetal Rims Here

The finish on this Black with Machined Lip Wheel is achieved through several different phases. The finishing process includes a black powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. The lip of the wheel is then precision machined using a coolant and ceramic bit. This method creates a fine machined aluminum appearance on the lip of the wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Black Rims Here

The finish on this Black with Milled Edge Wheel is achieved through several different phases. The process includes a black powder coat foundation. The edges of the wheel are then precision milled using a ceramic bit. This method creates a unique appearance on the edges of the wheel. The milling process is then followed by the application of clear coat, resulting in a beautiful finish. See OE Wheels Black Rims Here

Chrome is a classic and durable finish that, with a little care, can stand the test of time. A classic chrome wheel finish is accomplished in a three step plating process. The first layer of plating is copper, which adheres to the wheel and creates a smooth foundation. The second is nickel, providing hardness and durability. The final layer is chrome, which creates the bright cosmetic finish. Once the finish is complete an injection molded polymer insert is applied to the wheel. This insert is coated using a vacuum metallization process where the evaporated aluminum particles adhere to the polymer and condense to form a uniform layer with a bright chrome appearance, giving this wheel a beautiful chrome on chrome appearance. See OE Wheels Chrome Rims Here

The finish on this Hyper Silver with Chrome wheel is achieved through several different phases. The finishing process begins with a silver powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper silver. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. See OE Wheels Hyper Rims Here

The finish on this Hyper Silver Wheel is achieved through several different phases. The finishing process begins with a silver powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper silver. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. See OE Wheels Hyper Rims Here

The finish on this Hyper Black Wheel is achieved through several different phases. The finishing process begins with a black powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper black. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. his wheel has a very professional appearance. Upon completion of powder coating, an injection molded polymer insert is applied to the wheel. This insert is coated using a vacuum metalization process where the evaporated aluminum particles adhere to the polymer and condense to form a uniform layer that has a bright chrome appearance. This state of the art technology provides a refined look for your vehicle. See OE Wheels Hyper Rims Here

The finish on this Hyper Black with Chrome Wheel is achieved through several different phases. The finishing process begins with a black powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper black. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. Upon completion of powder coating, an injection molded polymer insert is applied to the wheel. This insert is coated using a vacuum metalization process where the evaporated aluminum particles adhere to the polymer and condense to form a uniform layer that has a bright chrome appearance. This state of the art technology provides a refined look for your vehicle. See OE Wheels Hyper Rims Here

The finish on this wheel Hyper Black with Satin Black Wheel is achieved through several different phases. The finishing process begins with a black powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper black. The final stage consists of two layers of clear coat. This wheel has a very professional appearance. Upon completion of powder coating, an injection molded polymer insert is applied to the wheel. This insert is coated using a matte paint process. This state of the art technology provides a refined look for your vehicle. See OE Wheels Hyper Rims Here

The finish on this Hyper Black Rim with Machined Lip wheel is achieved through several different phases. The finishing process begins with a black powder coat foundation. This is followed by a translucent silver which allows the black foundation to become visible through the silver, producing the color hyper black. The final stage consists of two layers of clear coat. The lip of the wheel is then precision machined using a coolant and ceramic bit. This method creates a fine machined aluminum appearance on the lip of the wheel. This wheel has a very professional appearance. See OE Wheels Hyper Rims Here

This finish on this Brushed Black Wheel is achieved through a multi-stage finishing process. From here the wheel is precision machined on a high speed CNC Lathe to remove the high gloss black base layer from the face of the wheel only. The wheel is then masked off by hand leaving only the machined surface of the face exposed. With the wheel transferred to a manual lathe, a tradesman is now able to skillfully and carefully begin brushing, by hand, the exposed aluminum surface creating a consistent, superior quality finish. Once complete, the wheel goes through a final cleaning to remove all debris and contaminates from the surfaces of the wheel. See OE Wheels Brushed Black Rims Here

This finish on this Brushed Gunmetal Wheel is achieved through a multi-stage finishing process. From here the wheel is precision machined on a high speed CNC Lathe to remove the high gloss, gunmetal base layer from the face of the wheel only. The wheel is then masked off by hand leaving only the machined surface of the face exposed. With the wheel transferred to a manual lathe, a tradesman is now able to skillfully and carefully begin brushing, by hand, the exposed aluminum surface creating a consistent, superior quality finish. Once complete, the wheel goes through a final cleaning to remove all debris and contaminates from the surfaces of the wheel. See OE Wheels Brushed Gunmetal Rims Here

The finish on this Polished Wheel is achieved through several different phases. These wheels are manufactured with the highest quality aluminum. The quality of the aluminum, machining and polishing process determines the shine of the wheel. They have a absolutely brilliant sheen giving the wheel an almost chrome appearance. See OE Wheels Polished Rims Here

These Polished with Painted Inlay Wheels are manufactured with the highest quality aluminum. The quality of the aluminum, machining and polishing process determines the shine of the wheel. They have a brilliant sheen giving the wheel an almost chrome appearance. The finish on the painted inlay begins with a silver powder coat foundation. The last phase is the application of clear coat. The result is an absolutely beautiful finish with a superior sheen due to the clear coat on both the aluminum and paint. A photograph cannot truly capture the beautiful finish of this wheel. See OE Wheels Polished Rims Here

The finish on this Silver Machined Wheel is achieved through several different phases. The finishing process includes a silver powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. The lip of the wheel is then precision machined using a coolant and ceramic bit. This method creates a fine machined aluminum appearance on the lip of the wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel. See OE Wheels Silver Rims Here

The finish on this Silver Wheel is achieved through several different phases. The finishing process includes a silver powder coat foundation followed by two layers of clear coat, not a one stage enamel. This is the correct way to finish a wheel. They have an absolutely beautiful finish with a superior sheen due to the additional layer of clear coat. The photograph does not depict the superior finish of the wheel.See OE Wheels Silver Rims Here

The finish on this wheel is achieved through several different phases. The finishing process begins with a silver powder coat applied to the wheel. The face of the wheel is then precision machined using a coolant and ceramic bit. This method leaves the silver powder coat in the recessed areas between the spokes while creating a fine machined aluminum appearance on the face of the wheel. The final stage consists of two layers of clear coat. This wheel has a very professional appearance.See OE Wheels Silver Rims Here