Our Technology

Our Reaction

01. Acid chloride reaction

01酸クロ化

02. Esterification

02エステル化

03. Amidation

04. Schotten-Baumann reaction

05. ether synthesis

05エーテル化

06. Williamson ether synthesis

06ウィリアムソンエーテル合成

07. Friedel-Crafts Acylation

07フリーデルクラフツ反応

08. Sandmeyer Reaction

08ザンドマイヤー反応

09. Cyanation

09シアノ化

10. Chlorination

10クロル化

11. Bromination

11ブロモ化

12. Iodization

12ヨード化

13. Oximation

13オキシム化

14. Epoxidation

14エポキシ化

15. Boc protection

15Boc化

16. Acetylation

16アセチル化

17. Acetalization

17アセタール化

18. Thioether synthesis

18チオエーテル化

19. Sonogashira coupling reaction

19菌頭反応

20. Imination

20イミノ化

21. Sulfonation

21スルホン化

22. Pinner reaction

22ピナー反応

23. Condensation reaction

23重合

Above reactions are only simple examples that we often use. Of course, we use other reactions except them. If clients ask us to conduct peculiar reaction, we will try to do as much as possible.

Research & Development

Now, we are sure to be able to create or manufacture several chemical substances more efficiently than ever. If we accomplish this technology, we will be able to supply amide substrate, peptide, esterified substances, and so on that are higher-qualified, purer and at lower cost than ever.

Problem in existing methods

It costs higher to use above 4 methods.

Ukima New Technology

To solve those problems, we have done many researches and developments.
And we recently discovered new technology of amidation and esterification.
With using these technologies, we can supply amide substrate, peptide, esterified substances, at lower cost than ever.

We are doing researches and developments of this method and we are creating amide substrate, peptide, esterified substances more and more with using this method. We believe that these products are used for material of foods, drugs and cosmetics and so on in the near future.

We tried to develop the creation of medicine as Hydrolytic Enzyme Inhibitors in the business formation intellectual cluster by Fukushima prefecture from 2002 to 2004.

We conducted in collaboration with Masanori Yamaura, the professor of Iwaki Meisei University ( at that time science and technology Faculty of Department of environmental )and were able to establish a solid selective synthetic method of pyrrolidine derivatives.

As you make your everyday life more comfortably,more economically and environmentally friendly, we tried to develop paint coating with using extremely micro-powder charcoal.

Using function of charcoal that absorb moisture and adjust temperature with releasing moisture and that absorb chemical substance and odor, we developed paints that clear air with keeping moisture comfortable. This item was used by local welfare facilities for the elderly.