Valspar Vanilla Steam vs. Valspar New York City Winter

We understand how important it is to remember the details. The colors, each with their own unique beauty and value, are truly special. The hues of the colors are quite similar.
Valspar 2006-10C and V122-1 have pretty similar saturation.
Despite their differences, both colors share a similar value, Valspar 2006-10C radiating a lighter essence compared to V122-1.

Supported paint brands for comparison: Behr, Benjamin Moore, Farrow and Ball, Dulux, Jotun, Little Greene, NCS, Ral Classic, Ral Design, Ral Effect, Sherwin Williams, Valspar, Tikkurila

First color

Second color

Valspar Vanilla Steam vs. Valspar New York City Winter

Hue

Saturation

less saturated

Lightness

?Simple 0–100% measure derived from the min/max of the sRGB channels. It is not aligned with human visual perception - use CIE L* for perceptual lightness.

darker

LRV

?Light Reflectance Value measures the percentage of light reflected by a color. It ranges from 0 (absolute black) to 100 (pure white, all light reflected).

69.32

69.88

looks lighter

CIE L

?Perceptual lightness.
Lightness value from CIE Lab color space.
Values from 0 (black) to 100 (diffuse white)

86.734

86.854

looks lighter

Color difference ΔE*₀₀

?CIE color difference.
Smaller is closer:
~0–1 (imperceptible),
1–2 (just noticeable),
2–5 (small difference),
5–10 (clear),
more than 10 (very different).

1.506

Temperature:

Warm

↔

2006-10C

Vanilla Steam

Valspar

Open color review

V122-1

New York City Winter

Valspar

Open color review

Please note that the color shown on this page is a representation and might not exactly match the real shade of the cards, fan decks, or color collections. Your monitor, browser, and screen angle can all affect how the paint looks, so it may not be the same as what you see here. All information on this page is based on RGB and HEX values provided by manufacturers.

It's important to keep in mind that the same color may appear differently on various surfaces due to the nature of those surfaces. For example, the same shade will look different on a rough wall compared to the smooth surface of cabinets.