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19-07-2021
CMIT MIT biocide kill the bacteria, algae in circulating water
CMIT MIT has good effect to kill the bacteria and algae in indtry water. It's effective at very low concentrations in controlling both the planktonic and surface growth of bacteria, fungi and algae and have been produced specifically for water treatment and paper mill applications.
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15-06-2021
The Biocide used for papermaking industry
The series of paper preservatives produced by our company is including CMIT/MIT 14%, CMIT/MIT 1.5% and mixture of Isothiazolinone and Bronopol. Used for paper breaks, paper spots, holes, etc. caused by rot.
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18-05-2021
Kathon CG (CMIT/MIT CG) used for domestic glass cleaners
CMIT/MIT 1.5CG (Kathon CG) is a safe, effective, globally approved Preservative for Rinse-Off Products. The Chemical Name is Chloromethylisothiazolinone/ Methylisothiazolinone. Widely used for preparation to dosmetic glass cleaners.
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06-05-2021
Efficient formulated Fungicide of Cmit/mit and Bronopol
This fungicide is the formula product of 5-chloro-2-methyl-4-isothiazolin-3-one, 2-methyl-4-isothiazolin-3-one & Bronopol. Free of formaldehyde. The suitable pH value is 2.0-9.0.The recommended dosage is 50-200 ppm.
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21-04-2021
For Concrete admixture Fungicide CMIT/MIT mix Bronopol
Our factory professcial produce formular biocide of CMIT/MIT & Bronopol. It didn't contain any formaldehyde. And the suitable pH value is 2.0-9.0, and the stability is poor in alkaline media with pH>9.0. when added in amounts in the range of 0.1 to 10 percent by weight of cement, inhibit the growth of fungi and bacteria.
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13-11-2020
Water Treatment Sterilization Algaecides/Circulating Water Sterilization Algaecides
Commonly used bactericidal and algicides can be divided into two categories: oxidizing bactericidal and non-oxidizing bactericidal and algaecides.
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11-11-2020
Isothiazolinone used in power plant circulating water sterilization and algaecide
Isothiazolinone biocide can inhibit bacteria, fungi and molds at the same time, and does not produce drug resistance; it has excellent physical and chemical compatibility.Although isothiazolinone is acidic, it is applicable in a wide range of pH values, and it can maintain a high even under alkaline conditions. Stability; it can be naturally degraded into non-toxic substances without causing environmental pollution.