This guide contains everything you need to know about making a personal lava lamp. Building a lava lamp is an exciting project to do with your children.
Growing up, you may remember having a lava lamp in your room. This groovy toy is an excellent addition to any kid’s bedroom or play area. The lamp is harmless and is a fun, unique source of light. Below, you’ll learn how to make a lava lamp. The project should only take a few hours to complete and makes for an exciting project to do with your children.
To make a lava lamp, you will need a few necessary elements. You can easily purchase these materials at a local convenience or craft store. You could also buy many of the items from an online retailer, such as Amazon. The materials needed to construct a lava lamp are quite affordable. You should have no problem making a lamp for around $. Materials you’ll need to purchase or secure include:
When buying these materials, we recommend that you get a couple. For instance, when purchasing food coloring, consider picking up a variety pack with different colors. That allows you to make more than one lava lamp. Each one of your children and their friends can choose the color that is most appealing. Similarly, be sure you have enough jars or water bottles on hand for everyone as well.
Constructing a Lava Lamp
To begin, rinse the jar to remove any dust or debris that may have accumulated previously. Then, fill it approximately 75 percent full of water. There does not need to be anything special about the water that you use. Water from the tap in your sink should work just fine. Then, you’ll want to add a couple of drops of food coloring until you find a color that you like.
The amount of food coloring that you add will determine how light or dark the lava lamp becomes. For instance, adding a couple of drops of blue food coloring will leave you with a royal color, while adding a few more drops will leave you with something that resembles midnight black. Be sure to add one or two drops at a time. You can always make the water darker, but you can’t make it lighter!
Similarly, don’t be afraid to mix and match food coloring either. For instance, if you would like a lava lamp with orange lave, add a couple of drops of red and a couple of drops of orange. You can test a sample in a small bowl or cup before you add the color to your new lava lamp. This will allow you to determine just how many drops of each color to use for the ideal blend.
If you would like to add an extra sparkle to the lamp, now would be the time to add glitter. Once you are satisfied with the color you’ve chosen and the glitter inside of the jar, you’ll need to add the vegetable oil. You’ll want to fill the jar almost to the brim. After adding the oil, the inside of your bottle should consist of roughly 75 percent water, 20 percent oil, and five percent excess space.
After you’d added the oil, give it time to separate from the water. This should not take more than a few minutes. The oil should rise to the top of the jar while the water should rest on the bottom. The golden hue of the vegetable oil should be noticeably different than the water since you put food coloring into the water.
When you are ready to create the “lava lamp” effect, pour salt into the jar. Bubbles will begin to dance around the bottle, simulating a lava lamp. When there are no longer any bubbles, you can pour more salt into the lamp to repeat the process. If you’d like to make your project even more exciting, you can turn the lights off and shine the flashlight underneath the jar so that the water and bubbles illuminate.
Another option we found online said that instead of using salt, children and parents could instead use Alka-Seltzer tablets in the water. When we tried this method, we found that the water fizzed more so than it bubbled. If your child grows bored using salt, then adding an Alka-Seltzer tablet could provide more variety. Never use more than one Alka-Seltzer tablet at a time to avoid spillover.
When your children are done playing with their lava lamp, you can fasten the lid of the jar or the bottle and store the contents of the lamp. Then, the next time that your children would like to play, you need to do nothing more than unscrew the top and grab the salt or Alka-Seltzer again! Our lava lamps provide hours of fun for children of all ages.
If your child is no longer interested in his or her lava lamp, you should be able to dispose of it quickly. If you don’t feel comfortable pouring vegetable oil down the drain of the sink in your home, you can throw the lamp in the trash without a problem. There are no toxic materials or ingredients in our DIY lava lamp, so there is nothing you need to worry about from a safety perspective when disposing of it.
The Science Behind the DIY Lava Lamp
Not only will children have fun making the lava lamp, but it also provides parents or teachers the opportunity to provide an excellent science lesson. The “lava” appears in the jar because of varying densities. For instance, oil is less dense than water. This is why when you allow the jar to rest undisturbed, the oil rises to the top and separates itself from the water.
However, salt is denser than water, which causes it to sink to the bottom when you pour it into the jar. When you pour the salt through the top layer of oil, some of the oil attaches to the grains and sinks to the bottom of the bottle. The salt then dissolves, which causes the oil bubbles to rise back to the top. Because you can continually add salt, this experiment could keep children occupied for hours.
The lava lamp can also teach students a valuable lesson in polarity. Polarity is what prevents water and oil from mixing. Water molecules are polar, while oil molecules are not. This means that oil molecules do not have either a positive or negative charge. Thus, they are not attracted to water molecules, which prevents the oil and water from mixing.
Dangers of a Lava Lamp
When constructing your lava lamp, you should also be mindful of some of the potential risks associated with the device. Fortunately, the design that we’ve provided avoid many of the common lava lamp dangers. This means that our model could be much safer for children than conventional lava lamps that have an electrical outlet.
This is all because the one noticeable difference between our design and standard lava lamps design is the fact that it does not run continuously and does not have a power outlet. Standard lava lamps will operate for hours on their own because of electricity and heat. This is not an option with the DIY lava lamp, but it also means that the at-home design is much safer than conventional lava lamps.
One of the most significant dangers of a lava lamp is that it is prone to overheating. This is especially the case when it is left plugged in for an extended period. This tends to become problematic when people plug their lamps in overnight. Many people suffer from burns when they touch a lava lamp in the morning because it has become so hot during the night.
Furthermore, many people leave too much clutter around their lamp, which also increases the risk of overheating and fire. When a lava lamp is in a child’s room, it could be more prone to clutter. Because the design that we provided above does not have an electrical outlet, it could be a much safer alternative for your children. That’s because you don’t have to worry about clutter from:
If you do happen to have a lava lamp that plugs in, there are some considerations of which you should be aware. For instance, if the lamp overheats, the lava inside will stop flowing and will come to rest at the bottom of the device. Unfortunately, when this happens, many people use artificial means to try to liquify the lamp again, such as putting in on a heated stove.
However, by doing so, you increase the likelihood of your lamp exploding. Furthermore, users should be careful never to plug the lamp into an electrical outlet if the cord is wet. When constructing your lava lamp, you won’t have to worry about any of these dangers. So, consider building a lava lamp with your children for safe fun.