Single layer glass reactorDesigned for single-layer glass, the reaction solvent can be placed inside for stirring reaction, and hot water or hot oil can be used for heating reaction. When cooling is required, a cooling coil can be added to the oil bath pot for cooling reaction. Under constant temperature conditions, stirring reaction can be carried out under normal pressure or negative pressure conditions in a closed glass reactor according to usage requirements, and reflux and distillation of reaction solution can be carried out. It is an ideal pilot and production equipment for modern fine chemical plants, biopharmaceuticals, and new material synthesis. Various solvent synthesis reactions can be carried out under constant temperature conditions. The instrument reaction part is a controllable fully sealed structure, which can continuously suck various liquids and gases using negative pressure, and reflux or distillation can be carried out at different temperatures.

The advantages of single-layer glass reaction vessels are mainly reflected in the following aspects:

1. Structure and Operation

High transparency: Made of high borosilicate glass material, it allows for intuitive observation of the reaction process and facilitates experimental control. ‌

• Easy to operate: The structure is simple, cleaning and maintenance are convenient, and the inner wall is smooth and not prone to dirt accumulation. ‌

• Safe and reliable: Equipped with multiple safety mechanisms (such as over temperature protection and overload power cut-off) to ensure experimental safety. ‌

2. Functional characteristics

Efficient temperature control: With high heat transfer efficiency, it can quickly respond to temperature control instructions and achieve precise temperature control. ‌

• Adequate stirring: Using polytetrafluoroethylene stirring blades, suitable for low to high viscosity liquids, stirring smoothly without sparks. ‌

Good sealing performance: The PTFE sealing design can maintain a high vacuum degree (around -0.095MPa) and reduce material volatilization. ‌

3. Economically applicable

• Affordable price: Compared to double-layer structures, it is more economical and suitable for laboratories or small-scale experiments with limited budgets. ‌

Fully functional: equipped with basic functions such as reaction, stirring, heating/cooling, etc., to meet the needs of teaching, basic research, etc.

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The application scope of single-layer glass reaction vessels includes but is not limited to:

In the field of chemical engineering, it is used for experiments such as synthesis, dissolution, and distillation, and is resistant to high temperature, high pressure, and corrosive conditions. ‌

Pharmaceutical industry: suitable for scenarios that require precise temperature control, such as drug synthesis and biomaterial research and development. ‌

New material synthesis: widely used in laboratory small and medium sample experiments, supporting constant temperature operation of various chemical reactions. ‌