Transparency of supply chains is now an essential part of any business. In some countries supply chain verification and traceability is already a legal obligation, with more regulations forthcoming.
Eurofins Cotton origin testing service offers a service to the textile industry to verify the origin of cotton used in the manufacturing process through a combination of analytical techniques that includes Stable Isotope Ratio Analysis (SIRA) technology.
By verifying the origin of cotton and providing a secure, qualified supply chain, we help you in promoting transparency in the home textiles, apparel and personal hygiene products industries.
Eurofins cotton origin testing
Growing cotton plants naturally absorb chemicals from their environment through the soil, air and precipitations. The precise combination and ratio of chemical elements and their isotopes in a cotton plant is therefore affected by location, temperature, weather patterns, water source and altitude. This gives cotton plants a unique environmental chemical signature specific to the region they were grown in.
Eurofins Sustainable chemistry experts can analyse cotton environmental signatures and use them as an origin verification tool.
Wide scope of cotton material testing
Eurofins cotton origin traceability testing can be offered on raw, processed and dyed cotton samples. The results of the isotope analysis can control if a sample is consistent with our global, geographical cotton database. In most cases down to country and regional level.
Eurofins cotton origin testing can analyse raw, processed, blended and dyed pure cotton samples, as well as blends of cotton with synthetic materials such as polyester and acrylic.
We can verify the geographic origin of your samples down to the country and, in most cases, regional levels.
Eurofins cotton verification testing process
Eurofins uses a combination of analytical techniques, including the Stable Isotope Ratio Analysis (SIRA) of oxygen, hydrogen and carbon, to form an environmental “signature” of our client’s sample. The sample’s environmental signature is then compared to that of cotton of known origin in our dynamic reference database.
If the signatures are consistent with each other, then the product sample passes, and its claimed origin is verified.
Cotton origin verification through SIRA technology
By understanding the different characteristics of the atoms that make up all natural materials we can reveal important information. The study of atoms can control the origin of cotton, food, materials and other objects. Atoms can vary depending on the number of neutrons and these varieties are called isotopes.
The isotopes can be separated by weight using specialist machines and the amounts and proportions can be used to reveal an isotopic signature that can be matched with a database to determine where materials are produced down to a country and regional level in most cases.
Eurofins uses Isotope Ratio Mass Spectrometry (IRMS); find out more about SIRA testing.
Benefits of Eurofins sustainable cotton verification services
- Cost-effective with quick turnaround times
- Wide scope of sample types from any point in the supply chain
- Services-leading global chemistry team
- Responsive support and advice from our subject matter experts
- Complimentary upstream and downstream services to verify, map and cleanse your supply chain
- Traceability solutions using Stable Isotope Ratio Analysis (SIRA)
- Feather and down origin traceability testing
- Overview of our traceability technologies
- Non GMO and organic cotton-testing
- Supply chain mapping service
- Global Organic Textile Standard (GOTS)
- Global Recycled Standard (GRS)
- Chem-ST chemical smart testing for harmful substances and pesticides
Contact us today to find out how we can help you control and verify the origin of cotton materials in your supply chain.
Why Eurofins Sustainability Services?
Specialist experience in leather, textiles, paper, packaging and plastics
Multiple testing facilities
Complete package from biodegradability to toxicity impacts and plant response
Can be linked with the microplastic analysis of degradant