Laboratory experiments can seem like a far-off thing and don’t apply to commercial settings, right?
While it’s true that not everything you do on the job fits in neatly with them, there may still be benefits that apply regardless.
In this article, we’ll be going into examples of housing example experiments for a commercial setting, and how you can apply them.
So read on, and learn how to improve your business through science!
1. Copper and Nitric Acid
Copper and nitric acid are commonly used in laboratory experiments in commercial settings due to their versatility. The copper can be used to create a galvanic cell or a copper-titanium alloy. This is while nitric acid can be used to make a variety of useful products.
Copper and nitric acid are also used to help measure and monitor the environment and to detect impurities in water, soil, and air. Finally, these materials can be used to form polymers, modify and strengthen elastomers, and help remove the oxygen dissolved in liquids.
However, before you start these commercial laboratory tests make sure you have the proper equipment. Visit https://www.chromtech.com/96-well-plate to know more about the equipment used on a commercial test with copper and nitric acid.
2. Hydrogen Peroxide with Potassium Iodide
Hydrogen peroxide and potassium iodide are two useful compounds used in various laboratory experiments. Hydrogen peroxide is a clear, slightly viscous liquid that is used as a disinfectant or bleaching agent. Potassium iodide is a white or yellowish crystalline powder that acts as a reducing agent.
It is used in various laboratory experiments and industrial processes. This combination has many industrial applications, such as the production of inks, contact lenses, and healing agents. It is also used in the manufacture of perfumes, soaps, and medicines.
3. Any Alkali Metal in Water
An example of a laboratory experiment conducted in a commercial setting regarding any alkali metal in water is called a Grignard Reaction. This experiment is used to form organometallic compounds from simple organic molecules. These are such as alcohols and carboxylic acids, with one of the alkali metals.
The Grignard Reagent, which is typically a metal halide, is combined with a strong base such as an alkali metal in water. Through the process of dissolution and displacement, the metal halide is displaced and replaced with one of the alkali metals. This will form organometallic compounds.
4. Thermite Reaction
This reaction involves metals like aluminum and iron oxide, which are heated together until they react and create an intense heat transfer. This reaction is exothermic. This means it releases energy in the form of light and heat.
The reaction results in a molten iron or aluminum product which can then be used in commercial applications. These include such as welding and glass making. These are often used in the aerospace industry when it comes to fabricating larger pieces of equipment like rocket engines and space probes.
5. Coloring Fire
Examples of laboratory experiments in commercial settings using coloring fire are common. The purpose of these experiments is to determine the effects of adding color to fire or to see how different colors respond when exposed to certain conditions. For example, you may have seen a fireworks display with a blue flame.
This was done by adding a chemical to the fuel that created a blue flame as it burned. Experiments in the commercial setting may also be done to determine how various colors respond to temperature variations or when other conditions are changed.
6. Make Polymer Bouncy Balls
This experiment could involve testing a variety of ingredients and materials in the laboratory. These are abrasive compounds, solid catalysts, and organic chemicals, to create the perfect bouncy ball. A polymer that is the right consistency and structure can be found and then subjected to other tests through trial and error.
This includes bouncing and weight to validate the results. In some cases, laboratories also use computational methods to simulate the behavior of different materials. This can help researchers to identify the properties that produce the optimal bouncing experience.
7. Make a Lichtenberg Figure
A Lichtenberg figure is a pattern of fractures created on an insulating material when high voltage is applied to it. This phenomenon can create interesting patterns in commercial settings.
For example, restaurant owners might use it to create unique designs. It can be used on bar tables and restaurant decorations.
Retail stores might utilize this experiment to create unique logos or signage. Glass decorations may also be created by exposing glass to a high-voltage current.
8. Experiment with ‘Hot Ice’
Experimenting with hot ice in a commercial setting is a simple yet effective way to test the physical properties of a material. The ice can be easily heated and cooled. This allows it to react and solidify in several different ways.
Manufacturing processes such as crystallization, cooling, heating cycles, and evaporation can all be tested through a hot ice experiment. For example, materials such as protein powder and other substances used in cosmetics and food products can be tested. This is to determine their optimal temperatures and solubility.
9. Barking Dog Experiment
The Barking Dog Experiment is an example of a laboratory experiment that can be used in commercial settings. The experiment involves conducting an acoustic experiment with an artificially stimulated barking dog. This is to understand the effects of noise on working employees in a workspace.
It is important to research to test the potential effectiveness of products that combat noise. The experiment includes using noise meters that measure the noise of the artificial dog barking over increments of time.
10. Dehydration of Sugar
Dehydration of sugar is a common laboratory experiment that has applications in commercial settings. These include such as in food and pharmaceutical production. In food production, dehydration of sugar helps to create powders, stabilize flavors and textures, and extend shelf life.
In addition, sugar can be used as a natural preservative by dehydrating it and adding it to products. In the pharmaceutical industry, sugar is used to create highly concentrated powder forms of drugs. These are one of the experiments used by the Food and Drug Administration.
Try Out Some Laboratory Experiments Today
Laboratory experiments in commercial settings demonstrate the importance of testing products and processes to improve services for customers. Companies can use commercial laboratories to increase the efficiency of their operations. It can also improve the safety and quality of their finished products.
Taking the time to properly invest in laboratory experiments before launching a product or process can save time and money. It can also help avoid headaches in the long run. Invest in your business now. Visit our blog for more articles.
