Progress on organotin products bis(dodecylthio)

2024-06-14by admin0

As an important class of organometallic materials, organotin compounds, especially bis(dodecylthio)tin compounds, exhibit unique properties and a wide range of applications in a variety of fields. These compounds not only have excellent thermal stability and corrosion resistance due to the long-chain alkyl sulfur groups in their structures, but also exhibit low toxicity, good biocompatibility, and catalytic activity, and thus have attracted extensive attention from researchers in the fields of plastic stabilizers, catalysts, pesticides, and biomedical materials. The following is a brief overview of the research progress of bis(dodecylthio)tin-based products.

Application of organotin stabilisers in the plastics industry
In the plastics industry, bis(dodecylthio)tin compounds are widely used as heat stabilisers, especially in polyvinyl chloride (PVC) processing. They can effectively inhibit the degradation of PVC due to dehydrogen chloride reaction during high temperature processing or long-term use, thus extending the service life of the products. In recent years, as environmental regulations have become more stringent, researchers are working to develop low-toxicity, high-efficiency alternatives to reduce the environmental and health risks that may be associated with traditional tin heat stabilisers. Improving the ecological compatibility of compounds by adjusting the molecular design, e.g. introducing biodegradable groups, is an important direction of current research.

Innovative applications in catalysis
Bis(dodecylthio)tin compounds show great potential as Lewis acid catalysts in organic synthesis due to their unique coordination ability and catalytic properties. They can promote a variety of organic reactions, including esterification and polymerisation reactions, etc. Especially in the field of green chemistry, the search for environmentally friendly catalysts has become a hot topic. Research focuses on how to optimise their catalytic efficiency and selectivity while reducing the generation of by-products for more efficient and sustainable chemical synthesis processes.

New explorations in biomedical materials
Although organotin compounds have relatively few applications in the biomedical field, research in recent years has begun to reveal their potential in antibacterial and anti-tumour applications. Bis(dodecylthio)tin compounds have been investigated as a basis for the design of novel drugs, especially in antifungal drugs and anticancer therapies, due to their specific biological activities. By precisely modulating the structure of organotin molecules, scientists aim to develop novel drug candidates that are both effective in killing pathogens and less toxic to normal cells.

Environmental impact and sustainability
Considering the potential impacts that organotin compounds may have on the environment and ecosystems, in particular the bioaccumulation and persistence of some organotin compounds, research on their environmental behaviour and ecotoxicology is also receiving increasing attention. Scientists are endeavouring to develop more environmentally friendly alternatives and to promote the development of organotin-based products in a more sustainable direction by comprehensively evaluating the environmental impacts of these materials from production to disposal through life cycle assessment.

In summary, the progress of research on bis(dodecylthio)tin products shows that through continuous optimisation of molecular structure and properties, these organotin compounds are gradually overcoming environmental and safety challenges while maintaining their original advantages, and moving towards greener, more efficient and multifunctional directions. Future research will focus more on balancing environmental friendliness, biocompatibility and high performance to meet the demand for high-quality materials in different fields, while protecting the Earth’s ecological environment and promoting sustainable development.
extended reading:






DMCHA – Amine Catalysts (

Dioctyltin dilaurate (DOTDL) – Amine Catalysts (

Polycat 12 – Amine Catalysts (



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