CMIT/MIT-14 microbicide

CIT/MIT 14  CAS No.:  26172-55-4/2682-20-4

Chemical Name: Chloromethylisothiazolinone/ Methylisothiazolinone

For short named: CIT/MIT

CAS No.:  26172-55-4/2682-20-4

General:

CMIT/MIT-14 microbicide is formulation for latex emulsions developed following consultations with key customers in this market. Free of divalent salt. It is formulated specifically to meet the changing needs and pressures facing latex emulsion manufacturers.

The active ingredients of CMIT/MIT 14 are identified using the IUPAC nomenclature as 5-Chloro-2-methyl-4-isothiazolin-3-one and 2-Methl-4-isothiazolin-3-one.

The performance is similar to KATHON LX 1400.

Specifications

These properties are typical but do not constiture speifications

Application field

The compliant lotion, building materials, electric power metallurgy, oil field chemical engineering, leather, paint coating and spinning prints to dye, the day turn, the antisepsis of cosmetics, deckle, the water transaction etc. realm.

Performance characteristics

1.As a broad-spectrum, long-lasting bactericide to kill many bacteria, fungi and yeasts, the using amount is small.

2.Suitable for use in the medium of the pH value in the range of 2 to 9; free of divalent salt, cross-link no emulsion.

3. Miscible with water; can be added in any production step; easy to use

4. It has a low toxicity and an appropriate concentration of using, which will lead to no harm completely.

Usage and Cautions

1. In water treatment applications, dilute it into a 1.5% aqueous solution first. Add the solution at a quantity of 80 to 100 ppm for one or two times each week depending on the multiplication of microorganisms like bacteria and algae.

2. Avoid direct eyes’ contact with it for a long period. Once the contact happens, rinse eyes with water without delay. No long-term contact with the skin is allowed.

3. Any contact with reducible metals is forbidden during storage, for example, iron and aluminum, so as to avoid decomposition.

4. Not suitable for use in the alkaline medium of pH> 9.0 due to its poor stability. Any combination of this chemical with highly nucleophilic chemicals, like S2- and R-NH2, will lead to declined quality or even complete failure of the product.