Reactor RCF 100
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 200
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 300
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 400
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 500
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 1500
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 5000
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 100
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 300
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Counter-Rotating Mixers Rede 750
The REDE Turbomixer – Emulsifier was designed for the manufacture of high viscosity products. It has a central agitator that directs the product towards the bottom of the container. The peripheral anchor constantly removes the product from the walls and lifts it, achieving an excellent recirculation inside the bowl. Its design and construction were carried […]
