Making of a Slime

Hi,

This is the slime that I made. I think it’s very nice. When I poke it, the poky noises are splendid, marvelous, awesome and cool.

Watch my video and learn how to make it. Hope you enjoy making slime too.

If any mishaps, comment down below the blog post. I will try to help you 🙂

Perfect slime = Poky noises, Slimy consistency, colors.

Have fun 🙂

Find recipe below in pictures and video –

You need –

  • White glue
  • Baking powder
  • Contact Lens Solution
  • Shaving cream
  • Some paint colors
  • Something to mix in and something to mix with like bowls, chop sticks

Safety instructions –

Do not consume.

Don’t use harmful ingredients.

Don’t bring near fire because some ingredients are flammable.

Don’t give to small children.

Do not try without parents’ supervision.

Be careful when you play with it.

Wash hands after you play with slime.

 

P.S – I am still perfecting the long-lasting of the slime. Will come back to you again when I get that.

Eeshaa

Love our blog? Check our portfolio here and here

Drop a line on [email protected] to collaborate with us for your products and services or Click here to get in touch with us.

 

19 thoughts on “Making of a Slime”

  1. Pingback: Making of a Customized Fidget Spinner – RainbowDiaries – Colors of Life

  2. This is definitely not up my alley. I applaud you for making the perfect slimy slime. 🙂

  3. It’s nice meeting you and seeing you in person over at sample store’s event! It’s interesting how you are using contact lens solution for the DIY slime! I wonder if there’s a replacement solution for anyone without that solution?

  4. Is this the same slime used on Nickelodeon shows? Interesting home formula for a do-it-yourself. I do not know exactly what to use it for though. Hehe.

  5. The slime will last for about a month-ish. You don t have to refrigerate it, but I do because then the color will change the first time you handle it. Also, be sure to keep it in a dark place because the pigment loses it s effect the more it s exposed to UV light.

Comments are closed.