The 50L-100L PLC glass reactor provides significant working capacity for handling larger reaction volumes. This increased capacity is particularly advantageous when scaling up reactions from laboratory to industrial scale, saving time and resources. Equipped with a programmable logic controller, these reactors offer advanced control capabilities for precise regulation of temperature, stirring speed, and other parameters, ensuring optimal reaction conditions. The automation capabilities further streamline research and production processes.
The reactor vessel is constructed from borosilicate glass, known for exceptional chemical resistance, durability, and extended lifespan. Efficient heating and cooling systems provide rapid heat up and cool down times, enabling faster reaction processes and more efficient experimentation.
Key Features
Increased Working Capacity
Handle larger reaction volumes for efficient scale-up
Advanced PLC Control
Precise regulation of temperature, stirring, and automated processes
Exceptional Chemical Resistance
Durable borosilicate glass construction withstands corrosive chemicals
Efficient Temperature Management
Rapid heating and cooling for optimized reaction times
Target Industries & Applications: Ideal for chemical synthesis, pharmaceutical research, material science, and pilot-scale production requiring precise control and larger volumes.
The 50L-100L PLC glass reactor provides significant working capacity for handling larger reaction volumes. This increased capacity is particularly advantageous when scaling up reactions from laboratory to industrial scale, saving time and resources. Equipped with a programmable logic controller, these reactors offer advanced control capabilities for precise regulation of temperature, stirring speed, and other parameters, ensuring optimal reaction conditions. The automation capabilities further streamline research and production processes.
The reactor vessel is constructed from borosilicate glass, known for exceptional chemical resistance, durability, and extended lifespan. Efficient heating and cooling systems provide rapid heat up and cool down times, enabling faster reaction processes and more efficient experimentation.
Key Features
Increased Working Capacity
Handle larger reaction volumes for efficient scale-up
Advanced PLC Control
Precise regulation of temperature, stirring, and automated processes
Exceptional Chemical Resistance
Durable borosilicate glass construction withstands corrosive chemicals
Efficient Temperature Management
Rapid heating and cooling for optimized reaction times
Target Industries & Applications: Ideal for chemical synthesis, pharmaceutical research, material science, and pilot-scale production requiring precise control and larger volumes.
