Differences Of Explosion-proof and Ordinary Glass Reactors

Glass reactor is a common experimental equipment that plays an important role in the fields of chemistry, medicine, food, etc. Glass reactors can generally be divided into two categories, namely jacketed glass reactors and single-layer glass reactors.

Differences between explosion-proof glass reactors and ordinary glass reactors:

1. Different Appearance Markings

Explosion-proof single-wall glass reactors typically have clear explosion-proof markings on their exterior, such as "explosion-proof" and "high pressure," along with corresponding warning stickers or labels.

Ordinary reactors lack these specific explosion-proof markings and typically only have basic information such as the material and manufacturer.

2. Different Motors

Explosion-proof double-wall glass reactors utilize specially designed explosion-proof motors. These motors are designed and manufactured with explosion-proof performance, ensuring safe operation in environments where explosive mixtures may occur. Explosion-proof motors typically have stricter structural and material requirements to prevent explosions caused by sparks or high temperatures generated within the motor.

Traditional double-wall glass reactors typically use ordinary motors, which are not specifically designed and manufactured with explosion-proof performance.

Laboratory glass reactors are mainly used for experiments such as material distillation, synthesis, and concentration. When choosing a reactor, remember to choose the appropriate equipment based on the specific experimental and production needs.