Magenta

See it in context

No reviewed photograph is linked to this exact shade yet. A photograph would only ever approximate this HEX value — lighting, camera processing and display calibration all affect the colours a photo shows. In the meantime, these related pages give real context for where this colour family shows up.

Used in historical palettes

Magenta appears in the following curated historical/cultural palettes.

Uses & contexts

Often confused with

Using magenta in a real space

Worked out from this colour’s own measurements — its lightness, saturation and undertone — rather than written for it. That is why the guidance differs from one colour to the next even when the two look similar.

What role it can play

This is a small-scale colour. At chroma 116 it holds attention easily, which is a strength on a cushion or a door and a liability across four walls.

• Walls and large surfaces

  difficult

  At chroma 116 this is far above the level walls and large surfaces usually carry comfortably. It can be done deliberately, but it will be the room rather than part of it.

• Secondary surfaces

  difficult

  At chroma 116 this is far above the level secondary surfaces usually carry comfortably. It can be done deliberately, but it will be the room rather than part of it.

• Furniture

  difficult

  At chroma 116 this is far above the level furniture usually carry comfortably. It can be done deliberately, but it will be the room rather than part of it.

• Rugs, curtains and bedding

  difficult

  At chroma 116 this is far above the level rugs, curtains and bedding usually carry comfortably. It can be done deliberately, but it will be the room rather than part of it.

• Trim and joinery

  difficult

  At chroma 116 this is far above the level trim and joinery usually carry comfortably. It can be done deliberately, but it will be the room rather than part of it.

• Accents and small objects

  strong

  Chroma 116 is exactly what an accent is for. The saturation that makes this difficult across a wall is the reason it works on a cushion, a door or a single chair.

How it behaves under different lightresilient

Under warm bulbs

With almost no hue of its own, this mostly reports the colour of the light. Under warm bulbs it will read warm — which is not the colour changing but the colour being honest.

Under cool bulbs

Near-neutral under any source, so a cool bulb will simply make it read cool.

In daylight

A mid-tone reads most consistently across the day, which is why so much upholstery sits in this band.

In a dim room

Enough lightness and chroma to stay recognisable in a dim room, though it will lose some saturation.

Compared with the sample card

Expect a modest step darker than the chart, which is normal and is why sampling a large area matters.

What colour temperature actually means · Why two bulbs at the same rating can differ

With wood

• Oak

  needs care

  Shares Oak's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Walnut

  works well

  Shares Walnut's neutral bias, so the two agree about the temperature of the room. There is also 32 points of lightness between them, which keeps the two readable as separate elements. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Pine

  needs care

  Shares Pine's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Plywood

  needs care

  Shares Plywood's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Light wood (ash, birch, beech)

  works well

  Shares Light wood (ash, birch, beech)'s neutral bias, so the two agree about the temperature of the room. There is also 25 points of lightness between them, which keeps the two readable as separate elements. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Dark wood

  works well

  Shares Dark wood's neutral bias, so the two agree about the temperature of the room. There is also 38 points of lightness between them, which keeps the two readable as separate elements. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

• Reddish wood (mahogany, cherry, teak)

  works well

  Shares Reddish wood (mahogany, cherry, teak)'s neutral bias, so the two agree about the temperature of the room. There is also 32 points of lightness between them, which keeps the two readable as separate elements. The amount of timber matters as much as the tone: one piece is an accent, a floor plus joinery is the room's dominant colour.

With metal fittings

• Brass

  needs care

  Shares Brass's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

• Gold-tone

  needs care

  Shares Gold-tone's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

• Chrome

  works well

  Shares Chrome's neutral bias, so the two agree about the temperature of the room. There is also 20 points of lightness between them, which keeps the two readable as separate elements. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

• Stainless steel

  works well

  Shares Stainless steel's neutral bias, so the two agree about the temperature of the room. They sit close in depth, so expect a quiet, tonal relationship rather than a contrast. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

• Black metal

  works well

  Shares Black metal's neutral bias, so the two agree about the temperature of the room. There is also 53 points of lightness between them, which keeps the two readable as separate elements. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

• Copper

  needs care

  Shares Copper's neutral bias, but at chroma 116 against a material that already carries colour of its own, the two compete rather than combine. It works when this colour is confined to a small area and fails when both are large. Metal carries more attention than its area suggests, so repetition matters more than the exact finish.

Where it can go wrong

• May overwhelm at any size above an accent. At chroma 116 this holds attention involuntarily, so a room containing much of it will be about this colour whether or not that was intended. It also makes every other colour in the room look more muted by comparison.

Lighter, darker & directional variants

Calculated directional adjustments. Some directions converge on the same result from this starting colour — shown as one merged card with an explanation, not repeated duplicates. Generated shades link to a curated profile only when one is close enough.