COLORS
Fan Model Colors
(listed from left to right)
- B16/B05 with black frame and black blades.
- R17 with black frame and red blades.
- W20 with black frame and white blades.
- B14 with black frame and black blades.
- G17 with light gray frame and dark gray blades.
Fan Color Notes
- Products use bolted modular cooling systems with bolted and snapped fan assembly so that nearly any standard fan can be used. See this product page specifications for details, and see accessories for replacement fans.
Aluminum Finish Colors
(listed from left to right)
- Gray bead blasted anodize finish.
- Black bead blasted anodize finish.
- Silver bead blasted anodize finish.
Metal Finish Notes
- Satin silver and glossy black anodized finishes are brighter than matte anodize.
- Anodized parts are pre-finished by hand and then anodized by hand in small batches. The anodize color may vary slightly between parts.
- Matte black anodize finish may show some finger prints, but can be cleaned with a microfiber cloth, or using a damp cloth with soap and water.
- Anodized part’s bottom and/or back surfaces are considered non-cosmetic finish.
- Cooling Stand arm, leg and cooler cover parts are made from steel and have a matte black powder coat finish. The parts have non-cosmetic conditions around the through holes used for mounting holes.
Thermally Conductive Material Finish Notes
- The thermally conductive interface is engineered and assembled for technical performance (thermal coupling and preventing metal-to-metal scratching) over cosmetics.
- The interface is not engineered to be perfectly even in color or finish. With exposure to heat from coupling with the device, surface color variations may even out over time.
- The underlying aluminum surface is pre-finished and anodized for improved coupling and not for a perfectly even color finish.
- The color hue varies depending on the underlying anodized aluminum colors of silver, gray and black, with silver being the brightest yellow-orange and black being the darkest.
- Limit touching thermally conductive surface as it easily absorbs oil from fingers and hand. Use a microfiber cloth to cleaning surface, or use a damp cloth but do not allow any moisture to get near edges where it could contact and potentially damage adhesives.
