Reactors for Pharma industries

Choosing the Right Reactors for Pharmaceuticals

In the realm of pharmaceutical reactors, Girisons offers a choice between stainless steel and glass-lined reactors.

Ensuring Pharmaceutical Purity

Girisons meticulously designs reactors for pharmaceutical industries, featuring membranes that prevent chemical reactions, avoiding contaminations. Glass-lined reactors excel when handling strong acids like nitric, sulfuric, hydrochloric, and phosphoric acids. 

For substances requiring elevated temperatures, where glass may be vulnerable, stainless steel reactors provide a robust solution, maintaining pharmaceutical integrity in diverse chemical environments.

Which one to choose?

Glass Lined Reactors

Glass-lined reactors are recommended for acidic solutions due to their corrosion resistance, ensuring pharmaceutical purity by preventing reactions with chemicals.

Stainless Steel Reactors

On the other hand, stainless steel reactors are suggested for alkaline and neutral chemicals to withstand corrosive environments, especially at elevated temperatures.

Applications of Girisons Reactors for Pharmaceuticals

Drug Synthesis: Girisons reactors facilitate efficient drug synthesis with precise control over chemical reactions.
Chemical Purification: Utilized for pharmaceutical-grade chemical purification, ensuring high-quality end products.
Biological Cultivation: Supports biological cultivation processes for the production of pharmaceutical compounds.
Vaccine Development: Used in the development of vaccines, ensuring a controlled and sterile environment.
Active Pharmaceutical Ingredient (API) Production: Girisons reactors play a vital role in producing high-quality APIs for pharmaceutical formulations.

Frequently Asked Questions

Glass-lined reactors are corrosion-resistant, ideal for handling acidic solutions without contaminations.

Stainless steel reactors are suggested for alkaline and neutral chemicals, providing durability at elevated temperatures.

Our reactors are meticulously designed with membranes to prevent chemical reactions, avoiding contaminations.

Our reactors provide a controlled and sterile environment crucial for the development of vaccines in the pharmaceutical industry.