• Technology Driven
    Technology Driven
    Core Technologies

    For more than ten years, EFIRM has worked hard on sulfur chemistry research and developed core technologies, including green synthesis of organic sulfur chemicals, design and customized production of poly mercaptan structures, lean production, and process equipment. A reliable platform has been created for the practical applications of research achievements, leading innovation in the global sulfur chemistry community. 

    • 1
      国际领先水平
    • 16
      国际先进水平
    • 11
      国内领先水平
    • 7
      国内先进水平
    EFIRM NEW MATERIAL CO., LTD.
    • Green synthesis of sulfur-containing chemicals originating from hydrogen sulfide tail gas
      Green synthesis of sulfur-containing chemicals originating from hydrogen sulfide tail gas
      Green synthesis of sulfur-containing chemicals originating from hydrogen sulfide tail gas

      EFIRM aims to develop its capacity to develop production technology, design structure, and customize production for a series of high-end sulfur-containing chemicals. This endeavor starts from the high value-added utilization of hydrogen sulfide tail gas, and relies on core technologies such as efficient catalysis, efficient distillation and separation, and crystal form control.

      2022

      Mercaptopropionic Acid

      Industrialization

      2021

      Electronic-grade Thiourea

      Industrialization

      2019

      High purity hydrogen sulfide

      Industrialization

      2018

      Mercaptoethanol

      Industrialization

      2011

      Thiourea

      Industrialization

    • Sulfur-based new materials to meet different application needs
      Sulfur-based new materials to meet different application needs
      Sulfur-based new materials to meet different application needs

      Focusing on researching poly mercaptan structure and the application performance of sulfur-based new materials, EFIRM has the capacity for structural design and customized production of new poly mercaptan to meet the market demand for controlling the refractive index and Abbe value of resin optical lenses and the curing time of epoxy resin. 

      2022

      Polythiol 309

      Industrialization

      2022

      Mercaptan 405

      Industrialization

      2019

      Mercaptan 301

      Industrialization

      2018

      Mercaptan 504

      Industrialization

    • Highly competitive production process and equipment technologies
      Highly competitive production process and equipment technologies
      Highly competitive production process and equipment technologies

      Based on the experience in small-scale and pilot R&D and production of a series of sulfur-containing chemicals and new poly mercaptan materials, EFIRM has introduced innovations in multiple production and equipment technologies to ensure the quality of finished products. 

      2020

      Mercaptopropionic Acid

      Fixed-bed reactor design technology

      2018

      Polythiol 309

      Fully-sealed sulfhydrylation reactor design technology

      2017

      Mercaptoethanol

      Tubular reactor design technology

      2011

      Thiourea

      Low-pressure, high-pressure intensity, strong reaction technology, large reactor and large crystallizer design technology

    The Innovation Engine

    Embracing the R&D philosophy of “improving today, innovating for tomorrow, and researching for the future”, EFIRM has put together a research team to provide green sulfur-containing chemical solutions for a better life of mankind.

    • 150 +
      Granted Patents
    • 140 +
      Invention Patents
    • 7
      International Patents
    EFIRM NEW MATERIAL CO., LTD.
    研发成果
    • 高折光学树脂原料项目
      高折光学树脂原料项目
      山东省重点研发计划
    • 电子胶光材料项目
      电子胶光材料项目
      山东省新旧动能转换优选项目
    • 一种树脂镜片及其制备方法
      一种树脂镜片及其制备方法
      山东省专利奖
    EFIRM NEW MATERIAL CO., LTD.
    R&D Achievements
    • 2
      International Standards
    • 15
      National, Industry and Local Standards
    • 10+
      Provincial Major Innovation Projects
    • 17
      Appraised Technological Achievements at International Advanced Level or Above