Color Temperature Tool

Analyze and adjust color temperature to achieve the perfect warm or cool tone

Input Color

#ffffff

Temperature Adjustment

WarmCool
Neutral Cool

Temperature Presets

Temperature Analysis

Estimated Temperature
6500K
Neutral Cool
Target Temperature
6500K
Neutral Cool

Before & After

Original
#ffffff
~6500K (Neutral Cool)
Adjusted
#ffffff
6500K (Neutral Cool)

Temperature Scale Reference

1000K
Candle
3000K
Warm
4000K
Neutral
5000K
Cool
6500K
Daylight
8000K
Overcast
10000K
Blue Sky

Frequently Asked Questions

What is color temperature and how is it measured?

Color temperature describes the warmth or coolness of a light source, measured in Kelvin (K). Lower temperatures (1000-3000K) appear warm/orange like candlelight or incandescent bulbs. Mid-range temperatures (4000-6000K) appear neutral to cool white. Higher temperatures (7000-12000K) appear blue like overcast skies or clear blue daylight. It's essential for photography, lighting design, and achieving consistent color in visual work.

How do I use the color temperature tool?

Select or input a color using the color picker. The tool estimates the color's temperature in Kelvin and displays it. Adjust the temperature slider (1000K-12000K) to shift the color warmer (lower K) or cooler (higher K). Use preset temperatures for common lighting conditions like Daylight (6500K), Warm White (3000K), or Blue Sky (10000K). Compare the original and adjusted colors side-by-side, then copy the result.

What do the different temperature ranges mean?

Temperature ranges have specific characteristics: 1000-2000K: Warm amber/orange (candle, fire), 2500-3500K: Warm white (incandescent bulbs, sunrise/sunset), 4000-5000K: Neutral/Cool white (fluorescent, noon sunlight), 5500-6500K: Daylight (midday sun, camera flash), 7000-8000K: Overcast daylight, 9000-12000K: Blue sky, shade. Lower is warmer/redder, higher is cooler/bluer.

When should I use warm vs cool color temperatures?

Use warm temperatures (2500-3500K) for: cozy, intimate atmospheres, restaurants, bedrooms, evening scenes, vintage looks. Use neutral (4000-5000K) for: offices, kitchens, task lighting, accurate color work. Use cool (6000-8000K+) for: alertness, modern aesthetics, outdoor scenes, medical facilities, daylight matching. Warmer feels relaxing and inviting, cooler feels energizing and clinical.

Can this tool help with white balance in photography?

Yes! The tool helps understand and correct white balance issues. If your photo looks too warm (orange), adjust toward higher temperatures (cooler/bluer). If too cool (blue), adjust toward lower temperatures (warmer/oranger). The temperature presets match common photography scenarios: Tungsten (3000K), Fluorescent (4000K), Daylight (6500K), Shade (8000K). This helps you understand what Kelvin adjustments to make in photo editing software.

What are the preset temperatures based on?

Presets are based on real-world lighting conditions: Candle (1900K) - actual candle flame temperature, Warm White (3000K) - standard incandescent bulbs, Neutral (4000K) - fluorescent office lighting, Cool White (5000K) - bright daylight fluorescent, Daylight (6500K) - standard daylight/photography standard, Overcast (7000K) - cloudy day lighting, Blue Sky (10000K) - clear blue northern sky. These match industry-standard color temperature values.

Why does my screen color temperature matter?

Screen color temperature affects how you perceive colors in your work. A 6500K screen (standard) shows neutral whites. Warmer settings (3000-4000K) reduce blue light for evening use and eye comfort but make colors appear yellower. Cooler settings (7000K+) increase blue light, make whites look bluer, and may cause eye strain but show more detail. For accurate color work, calibrate to 6500K (D65 standard). For comfort, use warmer temperatures at night.

Is the color temperature estimation accurate?

The tool provides a reasonable estimation based on color analysis algorithms. However, color temperature is technically defined for light sources (blackbody radiation), not arbitrary colors. The estimation works best for neutral colors (whites/grays) and colors that resemble natural lighting. For precise color temperature measurement of actual light sources, use a color meter. This tool is excellent for understanding temperature concepts and making relative adjustments.