The Revolutionary Split! Non-Detergent Cleaning Method
Split! removes tough soil, bio-film, and even old detergent residues, leaving nothing behind to attract more dirt.
Carpets cleaned with Split! stay clean 4 to 8 times as long as with detergent-based cleaners. Bare floors resist re-soiling for twice as long, and savings on stainless steel are even greater. The Split! system gets your home or facility cleaner and allows you to keep it that way with less frequent cleanings. Less frequent cleanings translate to savings on electricity, fresh water, treatment of soiled water, and volume of packaging to our landfills. NO detergent-based cleaner can do the same.
Why Detergents Don’t Work
When detergents mixed in water contact oily soil, the detergent molecules water-hating tails attempt to hide from water by sticking into the soil with their water-loving heads pointed outward into the surrounding water.. But there are common problems associated with the detergent residue some cleaning products leave behind. It becomes a film that’s left on practically anything cleaned with a detergent based cleaning product. No matter how often rinsed, its impossible to completely remove, leading to re-soiling.
How Split! Works
Split! Non-Detergent Cleaners contain no detergent at all.
These industrial strength cleaners work not by sticking to soil, as detergents do, but by “splitting” the soil (all types of organic, non-solid molecules) into its smallest particles of matter, essentially blasting it into small enough bits that it can simply be wiped away.
How Does One Define Clean?
For example, “The drug-resistant bacteria known as MRSA, once confined to hospitals but now widespread in communities, will likely continue to exist in both settings as separate strains, according to a new study.” – Princeton Journal
It is extremely important not to just SEE a clean surface, but to KNOW that it is truly “clean” as well. This is why it is important to find a cleaner like Split!, that not only cleans visually (without the use of detergents) but below the surface as well.