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No matter the type of product you are using (soap or detergent), good cleaning takes a lot of energy. Three different kinds to be exact:
Chemical energy, provided by the soap or detergent
Mechanical energy, provided by a machine or by hand
Thermal energy, provided by heating water Let’s look at how all these elements work together.
Assume we have a great, big, oily, greasy stain on one of our favorite shirts. Water alone is not enough to…
Soaps and detergents are essential to personal and public health. Through their ability to loosen and remove soil from a surface, they contribute to good personal hygiene; reduce the presence of germs that cause infectious diseases; extend the useful life of clothes, tableware, linens, surfaces and furnishings; and make our homes and workplaces more pleasant.
Why Clean
Over the course of history…
Cleaning product labels contain more information than ever before. Whatever you want to know about a product can likely be found either printed on the label or by following a link or QR code to additional details online. It is important to read the information on the label before using a product because there are instructions and safety messages to ensure safe and effective use. From directions to ingredients, our resources will help you understand more about what you will find…
The ingredients in your cleaning products fall into several different categories, added to provide different characteristics and cleaning functions. Each product formula is a careful balance of various ingredients that will work best for what you are trying to clean.
For more information about the specific ingredients in a cleaning product, visit the manufacturer's website or look for the product in…
American Cleaning Institute Also Launches Concise Online Portal for Ingredient Information by Brand and Company
Helps Consumers Better Understand Their Cleaning Product Labels
Part of ACI’s Ingredient Communication Initiative
The American Cleaning Institute (ACI) unveiled two new online resources aimed at enhancing consumer understanding and access to information about cleaning product ingredients.
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People don't typically dispose of cleaning products - they use them up. Empty packages can then be recycled or discarded with other household waste. Unused amounts of cleaning products can generally be safely disposed of down the drain or in the trash. That's not the case with all products found around the home. For those products that do require special handling, such as solvent-…
Grout is generally porous and white or light colored and can get dirty or discolored quickly. Get it clean with a little chemistry and a bit of elbow grease.
First off, you'll want to use an alkaline cleaner. Grout is primarily cement and can be dissolved by acids. Over time, an acidic cleaner may require you to re-grout sooner than intended.
How do you know if your cleaner will do the trick? Typically the product label will tell you the surfaces it works on. Or, if it…
"Grandma's recipes" for home cleaning have been a part of household lore for years. Lately, these recipes have been promoted as a "safer" alternative to commercially formulated cleaning products. While we may feel comfortable using these ingredients in cleaning applications, perhaps because some are edible, there are important facts about these recipes to consider. Ignoring these considerations may mean…
ACI members can watch this event on demand.
Through detailed cleaning product ingredient nomenclature and ingredient function analysis, consumer research and stakeholder engagement, ACI's Future Leaders have focused their work on how the industry can get ahead of ingredient communication issues collectively. Learn more about this work, its potential impact on the industry and closing the gap between ingredient…
Surfactants (yellow) cause water to lose surface tension, which is what keeps water separate from other materials
Have you ever seen a bead of water sitting on a surface? This is because water has a property called surface tension. This tension causes water to form a bead on the surface of things like glass or fabric. You can see surface tension at work by placing a drop of water onto a counter top. The drop will hold its shape and will not spread.
In order to clean the dirt…