ARTIST PAINTS: 5 THINGS YOU SHOULD KNOW ABOUT FLOETROL VS LIQUITEX
5 Things You Should Know About Floetrol vs Liquitex
The practice of pouring artist paints is not a new way of applying paint, getting better results may be costly and frustrating. However, it is important to conduct experiments using different substances to gain knowledge of what exactly are the control ratios that will preside over the pores of paint.
For instance, you may carry out experiments using the two products to find out which one is more effective. This article provides 5 insights about the substances that can help a painter to initiate his or her experiment or get guidance on which substance will produce high quality artwork.
To find out the truth about the floetrol vs liquitex, you can carry out a small experiment. It can involve using same paints (same colors) when mixing them in 3 batches with beamed batches.
Basically, you can use 1 tablespoon of paint and half tablespoon of either of the two substances; plus approximately one teaspoon of water. You may add 5 drops of silicone oil (treadmill lubricant). You can then make 3 flip cups and give it a trial.
The possible results will show this:
The first factor to consider when using the two substances is pouring. Experiments done by most people reveal that the two substances pour the same and will tilt in a similar way on the surface; you will not notice any difference.
There were fewer cells in the 100 percent Liquitex and 50/50 mix were found to be having cells, but they appeared to be breaking up and getting feathery where the paints seemed to be mixing. It seems that floetrol produces high quality cells during painting than the Liquitex.
When it comes to the paint mixing, you will not be able to immediately see any difference. The paints always mix the same. It will take the same volume to achieve same consistency. This might be slightly different depending on the lubricant you use or if you decide to include water. In short, no single method showed signs of needing less or more water than the other does.
The two all take the same amount for time to dry. However, the results might be slightly different depending on how you mix the components.
5.The Dry Appearance
You will notice that the dry appearance is slightly glossed with the Liquitex. However, both tests with the liquitex will have cracks and holes in the paint, something that is not possible when the other product is used.
In summary, it is not good enough to draw conclusions using one or several tests using the named paint substances. Liquitex did not seem to be creating better cells either dry or wet or in the mix of 50/50 ratio. However, the holes and cracks in the paint when Liquitex used is something that cannot be explained with 100 percent surety— there is a need for more testing.
Moreover, you should not always be discouraged when desired results are not realized immediately. If you find trouble using the two products, you should contact the material specialist for questions about the product quality.