| " To manufacture target compounds through proprietary technology which nobody can compete with. " We manufacture special fine chemicals in a way which nobody else can duplicate,by combining our gas phase reaction, high pressure reaction and liquid phase reaction which we specialize in. |
| We develop the appropriate synthetic route of the target molecule utilizing accumulated techniques in our amine and pyridine chemistry. We brush up the present synthetic route to the optimum one with our technology and know-how. |
| We may develop proprietary synthetic reactions to optimize the synthetic route to the target compounds. |
| Please show us your target compound. We will fulfill your requirement starting from survey of the literature, study of the synthetic route to the production of the compound under confidentiality agreement. |
Osaka | Chiba | Pilot | ||
---|---|---|---|---|
High Pressure Reaction |
capacity |
- | 0.2 to 3.5 m3 | 1.65 m3 |
Material |
- | SUS | SUS | |
specification |
Pressure: to10MPa(G),Temperature: to 250°C | |||
Liquid Phase Reaction |
capacity |
3 to 10 m3 | 1.8 to 38 m3 | 0.2 to 2 m3 |
Material |
hasteroy,GL, SUS,Iron |
GL,SUS | GL,SUS | |
specification |
Pressure: to 0.99MPa(G),Temperature: -20 to 180°C | |||
Distillation | capacity |
5 to 8 m3 | 2.4 to 20 m3 | 0.2 to 2.4 m3 |
Material |
Iron | SUS,Iron | SUS,Iron | |
specification |
Theoretical Plate: 10 to 30,Temperature: to 240°C | |||
Centrifugal Separator |
capacity |
32 to 40 inch | 48 inch | 24 inch |
Material |
SUS, Aflon | Aflon | Aflon | |
Drier | capacity |
1 to 2 m3 | 4 m3 | 0.35 m3 |
Material |
hasteroy, GL,SUS |
SUS | SUS,Aflon | |
Filter | capacity |
0.7 to 0.5 m3 | 1.5 to 8 m3 | 0.35 to 0.5 m3 |
Material |
GL,SUS | hasteroy,SUS,Iron | GL | |
Others | Thin film distillation: SUS Sublimation: SUS |
ISO-9002
Drug manufacturing license
Production under GMP
Submitted multiple drug master files to U.S. FDA
We synthesize the target amine derivatives with the optimized route from many raw materials.
Products (Our amine derivatives are shown below.)
(a) Nitriles
(b) Alcohols
(c) Aldehydes
(d) Ketones
(e) Olefines
(f) Alkylhalides
(g) Amines
(h) Nitro compounds
We synthesize the target pyridine derivatives with our proprietary technology.