This large-capacity glass reactor is designed for industrial-scale applications, offering high torque, stable operation, and reliable performance.
| Model | Volume | Power |
|---|---|---|
| PGR-100 | 100L | 250W |
| PGR-200 | 200L | 750W |
The reactor ensures controlled reactions through temperature regulation and vacuum systems.
Q1: What is the ideal application for small glass reactors?
They are best for laboratory research, academic experiments, and small-batch production.
Q2: How much space does the reactor require?
Compact models are designed for limited laboratory space with minimal footprint.
Q3: Is the reactor easy to install?
Yes, it features a user-friendly design with simple assembly and setup.
Q4: Does it operate quietly?
Yes, the motor is designed for low-noise operation, ideal for lab environments.
Q5: Can it handle vacuum reactions?
Yes, it supports vacuum operations up to -0.098 MPa.
Q6: How is maintenance performed?
Maintenance is simple due to detachable components and durable materials.
This large-capacity glass reactor is designed for industrial-scale applications, offering high torque, stable operation, and reliable performance.
| Model | Volume | Power |
|---|---|---|
| PGR-100 | 100L | 250W |
| PGR-200 | 200L | 750W |
The reactor ensures controlled reactions through temperature regulation and vacuum systems.
Q1: What is the ideal application for small glass reactors?
They are best for laboratory research, academic experiments, and small-batch production.
Q2: How much space does the reactor require?
Compact models are designed for limited laboratory space with minimal footprint.
Q3: Is the reactor easy to install?
Yes, it features a user-friendly design with simple assembly and setup.
Q4: Does it operate quietly?
Yes, the motor is designed for low-noise operation, ideal for lab environments.
Q5: Can it handle vacuum reactions?
Yes, it supports vacuum operations up to -0.098 MPa.
Q6: How is maintenance performed?
Maintenance is simple due to detachable components and durable materials.
