Brushed Aluminum vs Ice Formations
Brushed Aluminum and Ice Formations come from the same Benjamin Moore collection. Brushed Aluminum reads as greige-grey, while Ice Formations reads as beige-greige — two distinct hue families, not close cousins. Their light reflectance values are nearly the same — 55 vs 55 — so neither will read significantly brighter or darker than the other. Where Brushed Aluminum leans yellow, Ice Formations reads warm — a distinction that shifts noticeably depending on the light source and surrounding finishes. A ΔE of 1.3 puts them in subtle territory — distinguishable in direct comparison, less so from across a room. Below, 5 simulated room previews show how each color reads at scale — real-room photos will be added as they become available.
Color Details
Brushed Aluminum vs Ice Formations Simulated Comparison
5 simulated room previews — drag the slider on each to see Brushed Aluminum on one side and Ice Formations on the other.
Digital color is approximate. These simulations are generated from the manufacturer's hex values and overlaid on grayscale room photos — your screen's calibration, brightness, and viewing angle all affect how they render. Before committing to either color, test physical samples in your own space under the light you actually live with.
More Brushed Aluminum comparisons
See how Brushed Aluminum stacks up against other well-photographed colors across different brands and tones.
At LRV 83 vs 55, White Dove is decisively the brighter choice.
Ammonite reflects far more light (LRV 69 vs 55), opening up a space where Brushed Aluminum encloses it.
At LRV 55 vs 6, Brushed Aluminum is decisively the brighter choice.
Brushed Aluminum reads slightly lighter (LRV 55 vs 52), a gap that shows most in low-lit rooms.
Brushed Aluminum reflects far more light (LRV 55 vs 30), opening up a space where Evergreen Fog encloses it.
A 4-point LRV gap (55 vs 52) makes Brushed Aluminum the marginally brighter of the two.
Agreeable Gray reads slightly lighter (LRV 60 vs 55), a gap that shows most in low-lit rooms.
Their light reflectance is nearly identical (LRV 58 vs 55), so neither reads brighter in a room.
At LRV 55 vs 27, Brushed Aluminum is decisively the brighter choice.
Brushed Aluminum reflects far more light (LRV 55 vs 43), opening up a space where French Gray encloses it.
Brushed Aluminum reflects far more light (LRV 55 vs 4), opening up a space where Naval encloses it.
Their light reflectance is nearly identical (LRV 55 vs 55), so neither reads brighter in a room.
At LRV 55 vs 13, Brushed Aluminum is decisively the brighter choice.
A 12-point LRV gap (55 vs 44) makes Brushed Aluminum the marginally brighter of the two.
Pure White reflects far more light (LRV 84 vs 55), opening up a space where Brushed Aluminum encloses it.
Brushed Aluminum reflects far more light (LRV 55 vs 21), opening up a space where Artichoke encloses it.
A 10-point LRV gap (66 vs 55) makes Balboa Mist the marginally brighter of the two.
At LRV 74 vs 55, Shoji White is decisively the brighter choice.
At LRV 83 vs 55, Snowbound is decisively the brighter choice.
At LRV 55 vs 12, Brushed Aluminum is decisively the brighter choice.
At LRV 68 vs 55, Skimming Stone is decisively the brighter choice.
Brushed Aluminum reflects far more light (LRV 55 vs 41), opening up a space where Dix Blue encloses it.
Calamine reflects far more light (LRV 68 vs 55), opening up a space where Brushed Aluminum encloses it.
Brushed Aluminum reflects far more light (LRV 55 vs 25), opening up a space where Treron encloses it.
At LRV 55 vs 12, Brushed Aluminum is decisively the brighter choice.
A 10-point LRV gap (55 vs 45) makes Brushed Aluminum the marginally brighter of the two.
Brushed Aluminum reflects far more light (LRV 55 vs 31), opening up a space where Pale Green encloses it.
Brushed Aluminum reflects far more light (LRV 55 vs 7), opening up a space where Pine Needle encloses it.
Brushed Aluminum reflects far more light (LRV 55 vs 24), opening up a space where Cement grey encloses it.
With LRVs of 57 and 55, the two reflect almost the same amount of light.