1000L Gmp Standard Steam-Heated Enamel Vacuum Glass-Lined Reactor
1000L Gmp Standard Steam-Heated Enamel Vacuum Glass-Lined Reactor - Image 2
1000L Gmp Standard Steam-Heated Enamel Vacuum Glass-Lined Reactor - Image 3
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1000L GMP Standard Steam-Heated Enamel Vacuum Glass-Lined Reactor

$1,470.00

Description

Introducing our 1000L GMP Standard Steam Heating Enamel Vacuum Glass Lined Reactor, designed for optimal performance and safety in chemical processes. Its robust construction ensures superior thermal stability and corrosion resistance, making it ideal for pharmaceutical and chemical applications. Elevate your production efficiency and ensure quality with this state-of-the-art reactor. Don’t miss out on enhancing your operations—purchase yours today!

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Common Questions About the 1000L GMP Standard Steam Heating Enamel Vacuum Glass Lined Reactor

Q1: What is the purpose of the 1000L GMP Standard Steam Heating Enamel Vacuum Glass Lined Reactor?

A1: The 1000L GMP Standard Steam Heating Enamel Vacuum Glass Lined Reactor is designed for chemical reactions that require precise temperature control and vacuum conditions. It is commonly used in pharmaceutical, chemical, and food industries to ensure high-quality product processing while adhering to Good Manufacturing Practices (GMP).

Q2: How does the steam heating system work in this reactor?

A2: The steam heating system works by circulating steam through the reactor’s heating jacket. This allows for uniform temperature distribution, which is crucial for maintaining reaction conditions and optimizing product yield. The reactor can be controlled and monitored to ensure that the desired temperature is maintained throughout the process.

Q3: What are the benefits of using a glass-lined reactor?

A3: The glass-lined reactor offers several benefits including excellent chemical resistance, easy cleaning, and resistance to corrosion. The glass lining protects the reactor from aggressive chemicals, making it suitable for a wide range of applications. Additionally, it provides a clear view of the reaction process, which is beneficial for monitoring and control.

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