Why Selective Micro
Ultra-Pure Chlorine Dioxide. Direct From the Source.
Since 1999, we have manufactured chlorine dioxide products in Ohio. Working directly with SMT means direct access to the manufacturer, technical support from people who know the chemistry, flexible volume programs, and a team that can help solve problems.
Registered, compliant, and manufactured in the USA
Selectrocide from Selective Micro Technologies
Since 1999
Manufacturing Ultra-Pure chlorine dioxide for industries that cannot afford a failure.
Made in Ohio
Produced at our own plant, not sourced and relabeled.
Generated on site
Patented micro-reactor technology, activated with water where it is used.
Buying direct
No layer between you and the people who make it.
Most chlorine dioxide is bought from a reseller. Ours comes from the plant that made it.
The manufacturer
You are talking to the company that owns the process, the plant, and the patent.
Technical support
Chemists and application specialists answer the question, not a call script.
Flexible volume
Programs built around what you actually move, not a fixed distributor tier.
Problems, not orders
We start from what is going wrong in the operation and work back to the product.
The switch
It replaces what most operations are already fighting with.
Same jobs as the usual chemistry, without the trade-offs that make the usual chemistry annoying to run.
How it works
Water vapor goes in. Only chlorine dioxide comes out.
The reaction happens inside a sealed membrane micro-reactor. The membrane lets water vapor in and chlorine dioxide out. The byproducts that make other chlorine dioxide products dirty never leave the pouch.
Crosses the membrane into the reactor. This is the only thing you add.
Leaves the reactor into your water at the concentration you dialed in.
Too large to cross back out. They stay sealed inside and go in the trash with the pouch.
Why the membrane matters. Because only a controlled amount of water vapor gets in, the reactants stay concentrated and the reaction runs to completion. That is what produces greater than 99 percent chlorine dioxide instead of a soup of related chemicals.
What that means on the floor. Add water and you have Ultra-Pure chlorine dioxide at a neutral pH. No generator, no trained operator, no acid to handle, no residue to rinse.
Ultra-Pure
The difference is measurable, not marketing.
Same test, run on a leading "stabilized" chlorine dioxide product and on Selectrocide.
| Measured | "Stabilized" ClO2 | Selectrocide |
|---|---|---|
| Chlorine dioxide generated | 3.2 ppm | 75 ppm |
| Final pH | 3.04 | 6.9 |
| Chlorite left behind | 134 ppm | 0.6 ppm |
| Chlorate left behind | 3 ppm | 0.2 ppm |
Selectrocide on the right
Selective Micro internal comparison. Full method available on request.
Safe and effective
Hard on microbes, easy on everything else.
No residue
It works by oxidation and breaks down. Nothing is left on the surface, in the line, or on the product to rinse off.
Non-corrosive
Compatibility validated to ASTM D543-95 at a GLP laboratory, 168 hours at 100 ppm, across stainless, plastics, elastomers and tubing.
Works at any pH
A neutral dissolved gas, so performance does not fall off in hard or high-pH water the way chlorine does.
No resistance
Oxidation is a physical mode of action. Microbes cannot adapt to it the way they adapt to some antimicrobials.
Low use rates
Effective at very low concentrations, which keeps both the exposure and the chemical spend down.
Ships dry
You are shipping a sachet, not a drum of water. Up to two years of shelf life before activation.
Regulatory
The paperwork is already done.
The registrations your customers ask for already exist on one product family, and we supply the documentation.
Working with us
You are not just buying a case of sachets.
Most of our accounts started with a conversation about a specific problem. We stay in that conversation.
Next step
Tell us what you need and we will quote it.
What you sell, who you sell it to, and what volume looks like. We come back with pricing and the documentation. It is not a long application.