How to Dye Grout

Grout secures tiles to a number of hard surface, ranging from entire kitchen floors to smaller mosaic art projects.

White and gray grout are standard, but these aren't your only options.White and gray grout are standard, but these aren't your only options.
It's a versatile material that's easy to work with. Despite its usefulness, though, grout clashes with many interior designs. Your grout color choices are often limited at the hardware store to whites and pallid grays. Fortunately, you can dye white grout with a number of colorants. If you apply colorants properly during the grout mixing process, your grout aesthetic options are limitless.

Pour the grout powder into a bucket or bowl.

Add dry colorants to the bowl as desired. Grout can be dyed with a wide variety of substances, ranging from colored powders to liquids. Herbs, glitter, spices and other powdery, brightly-colored items are useful for dying grout, according to "Mosaics in an Afternoon." Add powdery colorants until the white powder turns the desired color, or skip this step if you are using a liquid colorant.

Measure water for your grout mixture. Depending on the brand of grout you're using and how thick you want your grout, the water content varies. Consult the grout powder's packaging for the manufacturer's recommendation.

Mix liquid colorants directly into the water. Acrylic paint and food coloring work well as liquid colorants. If you used a dry colorant, skip this step.

Pour the water into the mixing bowl.

Mix the water and powder together with a stir stick, or use an electric drill mixing paddle for larger jobs. Once mixed together, the grout is dyed and ready to use.

Things You Will Need

  • Bowl
  • Powdery or liquid colorant
  • Stir stick or electric drill mixing paddle

About the Author

Richard Kalinowski began writing professionally in 2006. He also works as a website programmer and graphic designer for several clients. Kalinowski holds a Master of Fine Arts from Goddard College and a Bachelor of Science in education from the University of Wisconsin-Whitewater.