Comparison of MBIT BIT BBIT
Dec 27, 2023| Isothiazolinone biocide is a heterocyclic structure, and its bactericidal principle mainly relies on the active part of the heterocyclic ring to destroy DNA molecules in bacterial cells, so that bacteria lose activity. With the advantages of broad spectrum, high efficiency and low toxicity, it is used in oil field water injection, iron and steel smelting, thermal power plants,large chemical fertilizer plants, textile, oil refineries, water coating, paper mills, industrial cleaning and other fields.
MBIT(2-methyl-1,2-benzothiazol-3(2h)-one) is an isothiazolinone compound.BBIT and MBIT have the dual role of bacteriostatic sterilization, and good compatibility with other chemical additives, can maintain activity in a wide range of pH values, and also has the characteristics of fast effect,small addition amount, strong bactericidal power.It can effectively inhibit the growth of algae, bacteria and fungi everywhere in the system, and play a bactericidal role by breaking the bond between bacteria and algae proteins.
peculiarity
1.Excellent anti-corrosion performance, broad-spectrum activity effectively inhibits bacteria, mold and yeast
2.Make up for the activity spectrum defects of BIT and "MIT+BIT" combination
3.Low volume and high efficiency
4.The liquid formula is versatile
5.Wide pH range
6.Excellent thermal and chemical stability
The molecular structure of MBIT is similar to that of BIT and BBIT, and it has the common characteristics of not requiring metal ion stability,not containing halogens,and stable in a wide pH range,but at the same time,these three have different characteristics in many aspects.
From the perspective of antibacterial spectrum and bactericidal activity:
BIT is mainly a bactericide, BBIT is a fungicide, and MBIT has broad-spectrum activity against both fungi and bacteria. The microbiological test showed that the ability of MBIT to kill fungi was stronger than BIT, and the ability of killing bacteria was stronger than BBIT.
From the antibacterial effect:
1.MBIT is significantly better than BIT in targeting bacteria, especially pseudomonas. BBIT was better than BIT for mold.
2.The inhibitory effect of BBIT on mold is better than that of MBIT, while the inhibitory effect of MBIT on bacteria is better than that of BBIT.
From the advantages:
1.Both have excellent thermal stability and chemical stability;
2.does not release any formaldehyde, and the active ingredient does not contain any additional organohalogens or heavy metals;
3.Formulated products based on BBIT and MBIT can effectively resist a wide variety of microbial contamination, including a series of strains that are difficult to control.
From the field of application:
1.BBIT is more focused on anti-mildew, effectively targeting fungal erosion, especially excellent in high temperature resistance, belonging to plastics, polyurethane and other polymer materials in the ideal anti-mildew agent;
2.MBIT is more focused on anti-corrosion, effectively targeting bacterial erosion, especially as tank anti-corrosion;
3.Both can be used for a variety of water-based coatings,adhesives,building materials,rubber and plastic products,petroleum exploitation,paper making,synthetic fibers, daily chemicals, industrial water treatment, metal processing, polymer emulsion, pesticides and many other industrial production fields of anti-mildew and antibacterial.