Skip to content

NimkarTek's In-Screen Analytical Technique

NimkarTek offers a unique and cost-effective solution to detect the potential carryover of legacy chemicals into recycled materials.

This is a qualitative screening program. Our InScreen Analytical Method is designed to identify the presence of 16 ZDHC MRSL priority chemical groups across all recycled fibers and materials, ensuring that hazardous substances are flagged.
This method leverages advanced analytical tools, including spectroscopy and chromatography, to deliver highly accurate, reproducible results. The screening process is rigorously validated, providing the confidence manufacturers need to ensure their materials meet safety standards.

NimkarTek

NimkarTek offers a unique and cost-effective solution to detect the potential carryover of legacy chemicals into recycled materials.

This is a qualitative screening program. Our InScreen Analytical Method is designed to identify the presence of 16 ZDHC MRSL priority chemical groups across all recycled fibers and materials, ensuring that hazardous substances are flagged.
This method leverages advanced analytical tools, including spectroscopy and chromatography, to deliver highly accurate, reproducible results. The screening process is rigorously validated, providing the confidence manufacturers need to ensure their materials meet safety standards.

  • Key Benefits of NimkarTek’s Screening Method:

    By implementing NimkarTek’s screening services, businesses can ensure safer recycled materials, contributing to a more sustainable circular economy.

  • NimkarTek

    Cost-Effective Screening

    Our method provides valuable insights at an affordable cost.

  • NimkarTek

    Enhanced Safety

    The technique effectively identifies restricted substances in recycled fibers, helping prevent contamination.

For more information about how NimkarTek can help you safeguard your supply chain from legacy chemicals, contact us at lab@nimkartek.com. Our team of experts is here to support your journey toward sustainability and chemical safety.