Search
Results (22)
What is soap and how does it work?
The sudsy stuff we use every day of our lives is a mystery to most of us. But behind our cleaning products is an array of scientific data and information. This science and chemistry helps to ensure our products work and are safe for you and your family to use. The resources below will walk through what it means to be clean and how the cleaning process works. For more information and activities, we encourage you to check out…
What is the history of soap? And where did cleaning come from?
This history of soap is a long one, dating back thousands of years to Ancient Babylon. Humans have built on that knowledge to create the soaps and detergents we use to clean dishes, laundry, our homes and ourselves today.
Evidence has been found that ancient Babylonians understood soap making as early as 2800 BC Archeologists have found soap-like material…
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…
Understand the language of soaps and detergents.
ALCOHOL: A class of organic compounds containing one or more hydroxyl groups. The alcohols used in light duty and liquid laundry detergents are isopropanol or ethanol (ethyl alcohol). These alcohols are used at low levels in liquid detergent formulations to control viscosity, to act as a solvent for other ingredients, and to provide resistance to low and freezing temperatures encountered in shipping,…
Cleaning technology has come a long way from the ancient Babylonian way of soap-making. Today’s cleaning products are the result of thoughtful design, experimentation, and safety testing.
The machines we use to clean have also improved, becoming more sustainable and friendly for our environment. So far we have been able to make new cleaning products that allow us to wash in cold water (saving energy from water heating), wash with less water, and make packaging…
Learn about PVA & Water Soluble Films Used in Dishwashing and Laundry Pods and Packets
Liquid detergent packets were introduced to the North American market in 2010 and have since become an important product. They have grown in popularity because they provide a convenient way to deliver the correct dose of detergent for maximum cleaning efficiency. With…
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 SmartLabel…
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 on our clothes,…
Ingredient labels contain a lot of information. They have a list of ingredients, but they also need room for directions and important safety messages. Smart consumers can get additional information from company websites to find out more about those ingredients, including where they are sourced and the role they play in making that product effective. Learn more about the formulations in your favorite soaps and home cleaning products with these resources from the companies that make them…
The use of the terms "natural" and "synthetic" to describe cleaning products has led to some confusion among consumers. The best advice is to avoid making assumptions about safety or performance based on a "natural" label alone.
What do the terms "synthetic" and "natural" really mean…