Soaps and Detergents

Detergents are called soapless soaps because they are synthetic cleaning agents that work like soap but do not contain actual soap molecules. Instead, they contain surfactants that help to remove dirt and oil from surfaces. These surfactants are effective in both hard and soft water, unlike traditional soaps which can react with minerals in hard water and form soap scum.

Not exactly. It's a low foam, light detergent more intended for delicate washing. However, any detergent can be used in an HE washing machine. What's happening when your HE machine foams over is a simple matter of over-activivation of the detergent that is generally inhibited by a poly-silicate in the detergent. You, however, can accomplish the same feat by a simple introduction of good old fashioned soap. Just a few shaves of your favorite bar of bar soap will keep the suds down and ensure that your HE washer can use any detergent.

Soap itself does not harbor germs because it is designed to remove them from surfaces. However, if the soap dispenser or bar of soap is contaminated with germs from previous users, there is a possibility of transferring germs to your hands when using it. It is important to properly clean and disinfect the soap dispenser regularly to prevent the spread of germs.

HE laundry detergents are High Efficiency detergents. They are designed to make fewer suds than regular detergents and to work in clothes washers that use less water.

Regular laundry detergents create a higher amount of soap suds and need more water to rinse the detergent out of the clothes being washed.

The cleaning power of the two types of laundry detergent is about the same. However, you need to use the proper detergent for the type of washer you are using so that the washer can clean the clothes to the best of its ability.

High Efficiency (HE) laundry detergent is formulated to work best with high-efficiency washing machines, which use less water and are more energy-efficient. Regular laundry detergent may produce excess suds in HE machines and can cause them to malfunction. HE detergent is also typically more concentrated, requiring less product per load.

It is not recommended to put soap in the freezer as it can alter the texture and quality of the soap. Freezing soap may cause it to become brittle or change its consistency, affecting its performance when used.

Polyphosphates are added to detergents to help soften water by binding with metal ions present in hard water, preventing them from interacting with soap molecules and forming scum. This allows the detergent to work more effectively by improving its ability to clean and remove dirt and stains from fabrics and surfaces.

I have used Green Tincture Soap for over 30 years. I was given a bottle before the birth of my first son. It healed my apeseotomy (sp) so well that my Dr. couldn't find a scar. I have used it on my children and even my pets for all wounds. I can not live with out it.... I have also passed it on to many.

The Company that made it was HUMCO. Last place I found it was at an OLLIES discount store in Scranton, Pa.

If you can find this, get it..... You won't be sorry you did.

Healing Hugs Connie

Velvet soap consists of ingredients such as sodium tallowate, sodium cocoate, water, glycerin, fragrance, and colorants. These ingredients work together to create a cleansing and gentle soap suitable for various skin types.

The chemical composition of soap can contain between 45 to 95 percent fatty acid soap, up to 45 percent synthetic surfactant, and up to 5 percent water-soluble polymer. This composition produces a soap that has good lathering properties.

Could be aproblem with the spring in the door that opens during the cycle. If you see hard dish detergent stuck in the loading area - moisture may be getting to it before you have a chance to start the washer. Don't load detergent til right before starting machine and see if that works.

Soap can be both hard and soft, depending on the ingredients used in its formulation. Traditional bar soaps are usually hard, while liquid soaps tend to be soft. The hardness of soap is often influenced by the amount of oils and fats in the recipe.

Common foaming agents ammonium lauryl sulfate and -- even more common -- sodium dodecyl sulfate (sometimes referred to as sodium laureth sulfate. These ingredients are also common to toothpaste, dish soap and other products.

There are mainly three types of detergents:

1. Powder detergents: Most traditional form, effective on tough stains.
2. Liquid detergents: Convenient for pre-treating stains, good for cold water washing.
3. Pods or packs: Pre-measured for convenience and avoid overdosing.

Typical pressure washers dilute any chemical 10x when sprayed. So a concentrate is recommended. Any liquid soap can do. The big box stores have many types. It often is a matter of what you are cleaning off, ie.. oil, mildew, rust stains, deck discoloration, and the surface, ie.. concrete, asphalt, wood, etc. Check manufactures labels to make the best choice. Some cleaning soaps may say all purpose, but the best results can be gotten when carefully reading the manufacturer's recommendation. The soap does not go through the pump, but it is important to run clear water through the siphon tube and injector assembly when done.

Dial soap can be drying for some individuals due to its formulation with strong cleansing agents. It may strip the skin of its natural oils, leading to dryness, especially for those with sensitive or already dry skin. Consider using a moisturizing body wash or soap to prevent dryness.

basic i think, you wouldn't really want acid on yourself. the soaps gotta be able to react with water and grease.

The first soaps were likely discovered by early human civilizations when animal fats and wood ash mixed together while cleaning. The exact origin is unknown, but historical records show evidence of soap-making dating back to ancient civilizations like the Babylonians, Egyptians, and Romans.

Laundry detergents are all mixtures of things, so there is no "chemical formula" for a given washing soap. Apologies, but this probably doesn't help. In general, these soaps contain surfactants, which are usually amphiphilic organic compounds. (There are quite a few different ones, each with a different chemical formula. And a given soap will have several different ones blended in.) The term amphiphilic means that the chemical structure has two distinct parts, one that reacts well with organic solvents (like oils) and one that reacts well with water. We know that oil and water don't get along, but these compounds have structures that hook up with oils and also hook up with water. That is what makes them effective in removing stuff from clothing to get it clean. There are usually a handful of things in soap. See the Related Link below for more information.

It is not recommended to mix dish detergent with bleach, as this can create toxic fumes that are harmful when inhaled. If you need to use both, it is best to use them separately and rinse surfaces thoroughly between using each product.

Liquid dish soap is generally safe for use when diluted according to instructions. However, ingesting it can cause irritation and discomfort, so it is important to keep it out of reach of children and pets. If ingested in large amounts, it can lead to more serious health issues and medical attention should be sought.

Dial soap was invented by a chemical engineer named Larry M. Chesebrough in 1948. He worked for the Armour and Company in the United States.

We use soap on dishes so it keeps us from getting sick from old food and stuff. We use it on our bodies. Stops the stink and kills germs that could kill us. We should wash our hands because that will pick up the most germs. It was found out that soap saved MANY infants lives. How is it not helpful ?

Good question! Simple answer is: Yes for some detergents. Detergents are formulations of many different chemicals, but they all require a "surface active" agent or surfactant to clean off oily grime that would not easily come off with just water alone. Both petrochemical (from petroleum) or oleochemical (from animal and plants) surfactants are used in detergents. While oleochemicals can come from both animal and plants, surfactant chemicals are generally plant based. One question raises another. Is it better to use only oleochemical based detergents based on plants, a renewable resource? The answer is not at all clear, either from an environmental or energy conservation persective, as discussed in the attached link. One aspected pointed out in the second link- cold water detergent requires use of petrochemical surfactant, so there's a energy savings in terms of heating water. I've included two links. Note that one link is prepared from Proctor and Gamble, a maker of many detergents, however I felt in this case, the discussion was presented in an unbiased manner. They conclude that a blend of both petrochemical and oleochemical surfactants can produce the best product for the consumer. There are many related links on oleochemicals, petrochemicals and surfactant chemicals.

It is not recommended to use Lan-o-sheen all purpose cleaner on laundry as it may contain ingredients that could be harsh on fabric, damage clothing, or cause skin irritation. It is best to use laundry detergents specifically designed for washing clothes.