Reactor RCF 25
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 50
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 75
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 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 […]
Silo Feeding
The loading system for silos is designed to feed raw materials by generating a vacuum inside a collecting tank. When loaded, it opens a valve that allows the loaded product to enter the container. The method consists of a side-channel regenerative turbine, with a stainless-steel collection tank, and sanitary termination with Teflon-coated fabric sleeve filters […]
Dosing Screw
For the dosage of macro, medium and micro raw material. The dosing system allows the mechanical transport of powders through an endless screw, tofeed process equipment or perform automatic weighing of raw materials. It has an agile and safe disassembly system, through adjustable pressure quick-release fasteners for easy setup and cleaning. Advantages: Automatically feed packaging […]
Reactor RCF 50
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 […]
