Sunresin New Materials Co., Ltd. Xi an

About Sunresin New Materials Co., Ltd. Xi an

Sunresin is a global leader in ion exchange and adsorbent resins, providing innovative purification, separation, and extraction solutions for highly regulated industries. With strong expertise in Life Sciences—including chromatography, peptide and oligonucleotide synthesis, catalysis, and APIs—Sunresin delivers advanced technologies for biopharma downstream processing. Operating five ISO-certified automated plants with 70,000 m³ annual capacity and over 1,400 employees worldwide, Sunresin ensures innovation, quality, and supply chain reliability.

  • Country/Region:
    China
  • On CPHI since:
    2023
  • Employees:
    1000 - 4999
Company types
Manufacturer/Innovator
Contact info
  • Sunresin Park no 135 Jinye RD , Xi'an Hi-tech Industrial Development Zone, 710075, Xian, Shaanxi, China
Meet us at

CPHI & PMEC China 2026

Shanghai New International Expo Center
16 Jun 2026 - 18 Jun 2026

CPHI Milan 2026

Fiera Milano, Italy
6 Oct 2026 - 8 Oct 2026

Products from Sunresin New Materials Co., Ltd. Xi an (9)

  • Seplife Agarose and Dextrane resins

    Product Seplife Agarose and Dextrane resins

    Sunresin provides a comprehensive suite of agarose and dextran resins, designed to meet the diverse needs of chromatographic separation and purication in modern bioprocessing and biomolecule purification applications. With high selectivity and efficiency, Seplife® agarose-based resins are ideal for captur...
  • Seplife Chromatography resins (polymer based)

    Product Seplife Chromatography resins (polymer based)

    Seplife® polymer-based chromatography resins are mainly used in the preparation, separation and purification process of biomacromolecules, biomolecules, peptides, chemical drugs, natural products and other small molecules to improve product quality and process economy. Antibodies, antigens, polypeptides, h...
  • Seplife Oligonucleotides Solid Phase Synthesis

    Product Seplife Oligonucleotides Solid Phase Synthesis

    Sunresin's new oligonucleotide synthesis resin has a polystyrene backbone. By optimizing the polymerization process, the new beads have uniform active site distribution and narrow distribution of pore size.
  • Solid phase synthesis Purification resins

    Product Solid phase synthesis Purification resins

    A full Product Catalog for Peptide Synthesis Solid Supports is available on request
  • Sunresin enzyme immobilization

    Product Sunresin enzyme immobilization

    Seplife® EMC resins are robust enzyme carriers designed for research and industrial applications. The variability in functional groups, porosities, matrices, and particle sizes offers the widest toolbox for enzyme immobilization.
  • Seplife Agarose and Dextrane resins

    Product Seplife Agarose and Dextrane resins

    Sunresin provides a comprehensive suite of agarose and dextran resins, designed to meet the diverse needs of chromatographic separation and purication in modern bioprocessing and biomolecule purification applications. With high selectivity and efficiency, Seplife® agarose-based resins are ideal for capture...
  • Seplife Chromatography resins (polymer based)

    Product Seplife Chromatography resins (polymer based)

    Seplife® polymer-based chromatography resins are mainly used in the preparation, separation and purification process of biomacromolecules, biomolecules, peptides, chemical drugs, natural products and other small molecules to improve product quality and process economy. Antibodies, antigens, polypeptides, h...
  • Solid phase synthesis Purification resins

    Product Solid phase synthesis Purification resins

    A full Product Catalog for Peptide Synthesis Solid Supports is available on request
  • Sunresin enzyme immobilization

    Product Sunresin enzyme immobilization

    Seplife® EMC resins are robust enzyme carriers designed for research and industrial applications. The variability in functional groups, porosities, matrices, and particle sizes offers the widest toolbox for enzyme immobilization.