Oozing Goo - The Lava Lamp Syndicate

Today I prepared this work to guide the friends who want to make a lava lamp.

There is no basis for the amount of substances I use.

It is completely improvised.

First of all, I used the materials mentioned in the lava lamp. Paraffin, liquid paraffin, kerosene and PERC.

My main purpose is to show how the opacity after a while.

I started melting the paraffin mixture.

As the melting continued, I started making the coil from the resistance wire.

I added surfactant solution into the bottle and shaken it so that the wax would not stick.

As the paraffin mixture dissolves completely, I can add kerosene.

Oh my God. Phase has occurred. When mixed, it becomes cloudy and then phase again. No problem. I weighed the PERC and added it.

The triple mix is successful. Kerosene dissolved in "perc". The paraffin mixture also dissolved in "perc". In this way, they all dissolved into each other.

I'd like to dye the triple mix. I chose the color blue and added a small amount.

Then I heated the bottle I wetted with surfactant so that it would not crack. I filled the paraffin mixture into the bottle.

The melted paraffin mixture is transparent. When cool, it solidifies and looks opaque.

That's enough for today. In the morning, the liquid portion is prepared.

250 ml distilled water is filled into the bottle. SLES (surfactant) is added on it. I do not fill the entire bottle in case a mishap happens.

Heating has started. Here's the whole secret to opacity. Liquid paraffin becomes opaque by interacting with surfactant. We call this emulsion in chemistry. (Red Arrow) If this happens in the liquid part then clouding occurs.

A good source of information for emulsion: https://www.philadelphia.edu.jo/academics/yalthaher/uploads/Pharmac...

Lets,

Now PERC is less. Wax floats.

Wait for the wax to melt completely. Then it is necessary to add PERC. Even the coil couldn't fix the wax. (Orange arrow)

With the addition of PERC, the Wax was drooped down.

Slowly slowly approaching balance.

The heating is turned off, cooling is waited, and the wax starts to rupture. Because the density of the cooled wax increases and its volume decreases. (Red arrow)

Top liquid is completed with pure water. The temperature rise is monitored.

And happy ending.

Views: 111

Reply to This

Replies to This Discussion

Super quality post.

The idea that surfactant reacting with the wax is what causes opacity is intriguing, I haven't heard that before.  So that makes me wonder what other surfactants other than SLS would do.

It does the same, depending on the characteristics of surfactants.

Ant Bee said:

Super quality post.

The idea that surfactant reacting with the wax is what causes opacity is intriguing, I haven't heard that before.  So that makes me wonder what other surfactants other than SLS would do.

Reply to Discussion

RSS

Support Oozing Goo

By using the eBay button above, you support OG if you purchase anything. Thanks for thinking of us. Mark Goo

© 2021   Created by Mark Goo.   Powered by

Badges  |  Report an Issue  |  Terms of Service