CT

Color Temperature and Tint Adjuster

Interactive

Adjust the warmth and tint of any color with our interactive color temperature tool

Interactive Color Temperature Scale

5500K
1000K
2500K
5000K
7500K
10000K
Candle Flame
Sunrise/Sunset
Traditional Incandescent
Halogen Lamp
Studio Tungsten
Moonlight
Cool White Fluorescent
Horizon Daylight
D55 Standard Noon
Electronic Flash
D65 Standard Daylight
Overcast Sky
Shade
Blue Sky

* The color temperature values above are widely accepted reference standards in color science and photography.

* Actual light source color temperatures may vary slightly depending on specific environment, manufacturer, and conditions.

Professional Color Temperature Reference

Color Temperature Standards in Photography and Film

ApplicationRecommended Temp. (K)Professional Notes
Daylight Film5500-5600KStandard for outdoor shooting, balanced for natural daylight
Tungsten Film3200KStudio lighting standard, matches traditional studio lights
ARRI Studio Lights3200K / 5600KProfessional film lighting with dual standards, adjustable with color filters
Digital Cinema White Balance3200K / 4500K / 5600KPreset white balance values for professional digital cinema cameras
Portrait Studio Light4000-5000KModern LED studio light standard, optimal for skin tone reproduction
Commercial Product Photography5000-5500KStandard lighting for accurate product color reproduction
Color Printing Standard Light Source5000K (D50)International standard light source for print color proofing
Film Emotional TonesWide rangeSuspense/Horror: Bluish (7000K+), Romantic/Intimate: Warm (2700-3200K)

Professional Application Tips

  • For mixed lighting environments (e.g., indoor with window light), a compromise value of 4300K is recommended, or use CTO/CTB filters for correction
  • In film-grade color grading, standard daylight footage is typically corrected to 5600K, while portraits tend toward 5000K for more flattering skin tones
  • Professional color workflows require calibrated monitors (D65, 6500K) to ensure accurate color reproduction
  • Digital cameras shooting in RAW format allow flexible color temperature adjustment in post-processing, while JPEG format requires precise white balance settings at capture

References

  • International Commission on Illumination (CIE). (2018). Colorimetry – Part 1: CIE standard colorimetric observers. (ISO/CIE 11664-1:2019)
  • Wyszecki, G., & Stiles, W. S. (2000). Color Science: Concepts and Methods, Quantitative Data and Formulae. Wiley-Interscience.
  • American Society of Cinematographers. (2021). ASC Manual, 11th Edition. ASC Press.
  • International Telecommunication Union. (2015). BT.709 : Parameter values for the HDTV standards for production and international programme exchange. ITU-R.

Understanding Color Temperature

Color temperature is a characteristic of visible light that has important applications in photography, videography, publishing, and design. It is measured in Kelvin (K) and represents the appearance of light from different sources.

Warm Colors (Lower Kelvin)

Warm colors (2000K-4000K) contain more red and yellow tones. They create a cozy, intimate feeling and are often associated with fire, sunset, and incandescent lighting.

Cool Colors (Higher Kelvin)

Cool colors (5000K-9000K) contain more blue tones. They create a fresh, clean feeling and are associated with daylight, clear skies, and modern fluorescent lighting.

In digital color editing, adjusting temperature doesn't actually change the physical temperature of a color but rather shifts the color balance to create the perception of warmth or coolness.

What is Color Tint?

Color tint refers to the green-magenta balance of a color. This is perpendicular to the temperature (blue-yellow) axis in color space. Tint adjustments are commonly used in photography to correct for:

  • Fluorescent lighting that casts greenish tints
  • LED lighting that sometimes produces magenta casts
  • Creative color grading for artistic effect
  • Compensating for sensor characteristics in different cameras

Green Tint

Shifting toward green can help correct magenta color casts from some digital cameras or create a cinematic look reminiscent of certain film styles.

Magenta Tint

Adding magenta can warm up skin tones, counteract excessive green from fluorescent lighting, or create stylistic effects for design.

Practical Applications

Photography

Temperature and tint adjustments are fundamental in photo editing to correct white balance, match lighting conditions, or create consistent looks across image sets.

Web Design

Web designers use temperature adjustments to create mood, improve readability, ensure brand consistency, and establish visual hierarchy.

User Interface

UI designers adjust color temperature to create comfortable viewing experiences, such as warmer colors for night modes to reduce blue light.

Color Temperature Reference

Temperature (Kelvin)Light Source / AppearanceColor Characteristic
1000-2000KCandlelight, FireVery warm, strong orange/red
2500-3500KIncandescent bulbs, Sunrise/SunsetWarm, yellowish
4000-5000KFluorescent lights, Morning sunNeutral white
5000-6500KDaylight, Flash photographyCool, slightly blue
6500-8000KOvercast sky, ShadeCool, moderately blue
8000-10000KBlue sky, Heavy shadeVery cool, strongly blue

Using This Tool

  1. Select your base color using the color picker or by entering a HEX value
  2. Use the temperature slider to adjust warmth/coolness:
    • Slide left for warmer colors (more red/yellow)
    • Slide right for cooler colors (more blue)
  3. Use the tint slider to adjust the green-magenta balance:
    • Slide left for greener tones
    • Slide right for more magenta tones
  4. Compare the original and adjusted colors in the preview
  5. Copy the resulting HEX or RGB values for use in your projects

This tool is ideal for designers, photographers, and anyone working with digital colors who needs precise control over color temperature and tint adjustments.

Color Temperature in Various Fields

Photography

In photography, color temperature is used to ensure that white objects appear white under different lighting conditions. Photographers adjust the white balance of their cameras to match the color temperature of the ambient light, or intentionally mismatch it to create artistic effects.

Film and Video

Cinematographers use color temperature to establish mood and atmosphere. Warm tones (lower Kelvin) are often used for intimate or nostalgic scenes, while cool tones (higher Kelvin) might be used for tense or clinical settings.

Interior Design

Interior designers select lighting with specific color temperatures to enhance the ambiance of spaces. Warmer lights are preferred in living areas and bedrooms, while cooler lights are often used in kitchens and workspaces.

Digital Design

Web and graphic designers manipulate color temperature to evoke specific emotions and ensure readability. Warmer colors tend to advance (appear closer), while cooler colors tend to recede (appear farther away).

Frequently Asked Questions

What is the difference between color temperature and tint?

Color temperature refers to the blue-yellow balance (coolness vs. warmth), while tint refers to the green-magenta balance. They represent two different axes in the color space.

Why would I need to adjust the temperature of a color?

You might want to adjust temperature to create a specific mood (warm and inviting vs. cool and clean), correct for lighting conditions, match colors across different sources, or achieve certain aesthetic goals.

How does color temperature relate to the Kelvin scale?

The Kelvin scale quantifies color temperature based on the color of light that a black body radiator would emit when heated to that temperature. Lower Kelvin values (2000K-4000K) produce warmer yellow/red light, while higher values (5000K-9000K) produce cooler blue light.

Can I use this tool for web design?

Yes! This tool is perfect for web designers who want to fine-tune colors for websites, apps, or digital products. You can adjust the temperature and tint of any color and instantly get the new HEX and RGB values.

Is this tool free to use?

Yes, our color temperature adjustment tool is completely free to use. You can use it as much as you want without any limitations, both on our website and embedded in your own projects.

How accurate are the temperature and tint adjustments?

Our tool uses carefully calibrated algorithms based on color science principles to ensure accurate adjustments. The temperature adjustment primarily modifies the red-blue balance, while the tint adjustment modifies the green-magenta balance, providing precise control over your colors.

Benefits of Using Our Color Temperature Tool

  • Intuitive Interface - Easy to use, even for beginners
  • Precise Control - Fine adjustments for both temperature and tint
  • Real-time Preview - See changes instantly as you adjust sliders
  • Original Comparison - Compare adjusted color with the original side by side
  • Multiple Output Formats - Copy colors in both HEX and RGB formats
  • No Registration Required - Free to use with no account needed
  • Embeddable - Easily add to your own website via iframe
  • Educational - Learn about color theory while using the tool
  • Professional Quality - Results suitable for design and photography work
  • Responsive Design - Works well on desktop and mobile devices

Conclusion

Understanding and manipulating color temperature and tint gives you greater control over your visual creations. Whether you're a photographer adjusting white balance, a designer creating a mood, or just someone who wants to make their colors look perfect, our color temperature tool provides an easy way to make precise adjustments.

Start using our temperature and tint adjustment tool today and discover how subtle shifts in color balance can dramatically improve your designs and visual content!