What we do
We partner with innovative companies in industry, environment, & agriculture to provide safe & sustainable antimicrobials
Company's story
Our Specialty
Our product is made from sustainable, naturally occurring ingredients found in everyday foods and is non-toxic. Antifungal crop protection spray, long acting antimicrobial coating, dust suppressant, sanitiser, sanitising cleaner and antimicrobial feed mitigants. Our product doesn’t require pre-cleaning to work, making it effective and efficient.
Unlocking the antimicrobial power of fatty acids
The antimicrobial properties of fatty acids have been reported in the scientific literature for over 100 years, but were largely forgotten with the advent of antibiotics. A renewed interest in the 1970’s prompted the scientific community to rediscover the potential antibacterial activity of fatty acids, which led to the publication of more comprehensive studies of their mechanism of action (MOA) on bacteria.
The MOA of fatty acids has been shown to involve the amphiphilic nature of the molecules, acting as detergents that aid in the solubilisation of lipids in the membrane of the bacteria causing cell lysis. At lower concentrations, fatty acids and monoglycerides can inhibit microbial growth by preventing cell division. In this way, the antimicrobials are interfering with essential cell processes.
Ten Carbon Chemistry have developed patented technology which allows fatty acids to solubilise in water, leading to the development of a highly efficacious suite of antimicrobial and industrial products with an exceptionally low toxicity profile.
Unlocking the antimicrobial power of fatty acids
The antimicrobial properties of fatty acids have been reported in the scientific literature for over 100 years, but were largely forgotten with the advent of antibiotics. A renewed interest in the 1970’s prompted the scientific community to rediscover the potential antibacterial activity of fatty acids, which led to the publication of more comprehensive studies of their mechanism of action (MOA) on bacteria.
The MOA of fatty acids has been shown to involve the amphiphilic nature of the molecules, acting as detergents that aid in the solubilisation of lipids in the membrane of the bacteria causing cell lysis. At lower concentrations, fatty acids and monoglycerides can inhibit microbial growth by preventing cell division. In this way, the antimicrobials are interfering with essential cell processes.
Ten Carbon Chemistry have developed patented technology which allows fatty acids to solubilise in water, leading to the development of a highly efficacious suite of antimicrobial and industrial products with an exceptionally low toxicity profile.
Our story
Developed in Australia and based on over a decade of research, Ten Carbon Chemistry's patented technology provides next-generation antimicrobial, antiviral, and antifungal and industrial solutions with the benefit of a reassuring safety profile.
Applications range from cleaning, sanitisation, long acting antimicrobial coatings, crop protection, to animal agriculture, dust suppression and environmental remediation.
Applications range from cleaning, sanitisation, long acting antimicrobial coatings, crop protection, to animal agriculture, dust suppression and environmental remediation.