TCMTB is an economical and highly effective green bactericide that offers versatile applications in various industries. This product, also known as 2-(Thiocyanomethylthio) benzothiazole, is manufactured by WUXI HONOR SHINE CHEMICAL CO. LTD. It shares similarities with BUSAN30L from Buckman Company and BIOCIDE MT30 from Progiven Company. TCMTB demonstrates exceptional performance in leather processing, water treatment, and coating, displaying potent control and eradication properties against bacteria, fungi, and algae.

With a chemical formula of C9H6N2S3 and a molecular weight of 238.35, TCMTB (CAS No.: 21564-17-0) is classified under the product group of Chemicals and Activated Carbon. It is available in multiple specifications, with content percentages of 80%, 60%, or 30%. The appearance of TCMTB is an amber or dark red sticky liquid. It exhibits a slight smell and a pH range of 3-6 in a 1% water solution. The density at 20°C is approximately 1.10±0.05 g/mL, and its flash point exceeds 93°C, while the freezing point is below -5°C.

TCMTB demonstrates stability under normal storage conditions. However, prolonged exposure to temperatures exceeding 60°C can result in decomposition, and temperatures above 100°C over a duration of 4 hours can cause thermal decomposition. As a reputable manufacturer and exporter, WUXI HONOR SHINE CHEMICAL CO. LTD takes pride in delivering high-quality TCMTB to meet the demands of diverse industries.

(Ⅰ). Product description

English name: 2-(Thiocyanomethylthio) benzothiazole
Molecular Formula: C9H6N2S3
Molecular weight: 238.35
CAS No.: 21564-17-0

(Ⅱ). Quality specifications
Standard
Appearance Amber or dark red sticky liquid
Content（%） 80%, 60% or 30%
2-(Chloromethylthio)benzothiazole（%≤） 0.02
pH(1％water solution) 3-6
Density(20oC,g/mL) 1.10±0．05
Smell Slight
Flash Point (>) 93oC
Freezing point(<) -5oC

(Ⅲ). Performance characteristics
Stable in normal storage conditions, long time in the above 60 oC environment lead to decomposition, above 100 oC in the environment for 4 hours cause thermal decomposition.