Hey Jim,
Are we honestly to believe that dirt can be dehydrated into dust?
I don't mean to be disrespectful, but IMHO transforming solid matter from one form to into another form sounds like something more in line with what the Creator can do.
Let's think about this for a moment: What types of soil can be transformed from a solid to a powder?... Oil based soils? Sugar based soils? Detergent residues? Food dyes? Synthetic dyes? Etc? Each soil type has different molecular structure, so how can various soils be dehydrated into powder without using a variety of different chemicals? Logic indicates that this is not likely going to happen.
And if amazing new raw chemicals were to hit the market capable of transforming all kinds of solids into powder, wouldn't there be a flood of new cleaning products on the market utilizing this incredible new technology? Wouldn't the vendors of raw chemicals want to sell these new ingredients to more companies than just the Bullen Co?
Consider a possible explanation for some of the statements made by a few of the manufacturers who are endeavoring to make encap products...
According to Webster, the definition of "Encapsulate" is…
1 : to enclose in or as if in a capsule
The definition of "encapsulation" describes enclosing something in a capsule. How can we enclose something in a capsule when there's nothing in the formula to accomplish this task?
Recent advancements in polymers have made encapsulation of soil in carpet possible. A number of companies are using these new polymers to build encap detergents. Properly formulating these polymers into a detergent enables soil to be ENCAPSULATED and recovered in the post-vacuuming process. This polymer is the vehicle that encapsulates soil and carries the soil away from the carpet. The soil can not be held in suspension for post-vacuuming if there's insufficient polymerization taking place. And if there's a weakness on the part of the polymer, the encapsulation process will fare badly.
Here's the problem that I see...
It seems that some of the encap manufacturers who have brought their new encap offerings to market are having trouble getting their product to dry down as it should. Here are two possible reasons for the polymer failure. First of all, it's tricky to get the correct balance so that a product will dry down to a brittle crystal. A lot of the time the detergent will dry down like gooh. In other cases the detergent will stick to the dish like a barnacle. We struggled long and hard to get our products to dry the way they do. Secondly, it's costly to add sufficient polymer to the formula to get a brittle dry down to occur. I know what the costs are for the polymer we use and it ain't cheap!
My guess is that some manufacturers may be resorting to using buzz words (such as "film former" and "third generation") to try to get around the fact that their product doesn't contain a polymer that dries down to a brittle crystal-like structure.
In the interest of establishing what an encap product can truly accomplish, the best thing to do is TEST the product yourself. Dry the product in a dish to see how it actually dries down. Does it form a brittle polymer that resembles a crystal that breaks up easily? Then clean a carpet and see whether the carpet cleans easily and resists resoiling. In this simple way you can determine for yourself which products work as they should. This is the best way to cut through hype and establish the truthfulness of whether or not you're going to get the results you expect.
Rick Gelinas
encapman