Technology

Controlling Invisible Chemical Reactions to Design Materials at the Molecular Level

While pursuing the essence of chemistry, UNIMATEC precisely controls chemical reactions. Our core strength lies in synthesis technology that creates materials with targeted properties at the molecular level. By digitizing data accumulated over many years and utilizing simulation technologies, we predict and design reactions to achieve the desired characteristics.

Polymer synthesis is extremely complex, and it is not uncommon for phenomena to occur that deviate from the design.
By facing these challenges and drawing on both our experience and data, we guide reactions as intended to create new materials and value.

Controlling Molecular Structures and Reactions to Realize High-Performance Materials

UNIMATEC’s polymerization technology is a core technology for producing unique materials such as specialty synthetic rubbers and synthetic oils.
The balance of required properties for materials, such as heat resistance, oil resistance, and cold resistance, is greatly influenced by how polymerization is carried out. By leveraging our equipment developed in-house and many years of operational know-how, we precisely control chemical reactions to stably produce polymers with the intended properties.

Rather than focusing only on immediate applications, UNIMATEC has meticulously controlled molecular structure design and polymerization with a view to how materials will ultimately be used in the real world. This manufacturing technology is the source of UNIMATEC’s competitiveness, supporting the high performance demanded in automobiles, electronics, semiconductors, and other fields.

Unlocking the Potential of Materials Through Multifaceted Analysis and Evaluation

UNIMATEC excels with its multifaceted analysis and evaluation technology for material properties.
We conduct evaluations that anticipate real-world applications, from the state of raw materials through to how they are used in final products.
By precisely measuring chemical structures and material balances and visualizing performance numerically, we clarify how differences in materials affect product performance and applies these insights to development and design decisions.
The accumulation of such analysis and evaluation leads not only to product improvements but also to the creation of new functions and applications.