High-efficiency glass reactors—choose the right one!

Jacketed glass reactors are commonly used equipment in routine laboratory experiments such as synthesis, extraction, and concentration. They are characterized by ease of operation and strong visualization capabilities. They not only improve experimental efficiency but also ensure the stability of experimental data.

How to choose a laboratory glass reactor?

1. Material: High borosilicate GG17 glass is the preferred material, possessing excellent resistance to acids and alkalis, high temperatures, and low temperatures. It can withstand a temperature range of -80℃ to 300℃, adapting to the reaction requirements of various corrosive materials. Its high transparency allows for real-time observation of the reaction status by laboratory personnel.

2. Intelligent Control Function: Glass reactors equipped with a programmable control system can automatically control temperature, rotation speed, and vacuum. Operation is simple and quick, requiring no real-time manual monitoring, effectively improving experimental efficiency and data accuracy.

3. Structural Design: A well-designed stainless steel frame enhances equipment stability, while high-quality mechanical seal components ensure adequate vacuum, stable operation, and leak-free operation. It also supports multiple experimental functions such as heating, cooling, stirring, distillation, reflux, and concentration.

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NANBEI INSTRUMENT adheres to the spirit of craftsmanship for perfection, delving into every detail—from design and materials to manufacturing processes—to ensure superior quality and long-term reliability.