Multi-functional double-layer glass reactor：

Double-skin jacketed kettle body, kettle body and kettle lid separate

The kettle lid can be fitted with features such as constant pressure dripping, condensate reflux/recycling, and rectifying column.

The vessel can be lifted, rotated, making it easy to remove crystalline or paste-like materials, and convenient for cleaning.

The drum can be upgraded to a three-layer glass design, consisting of two interlayers. The inner interlayer is for heat or cold medium, while the outer interlayer serves as a vacuum insulation layer.

Heating Method:

The system requires a third-party heating or cooling device to form a circulation path with the jacket of the reactor, thereby conducting the temperature to the internal material inside the reactor.

Optional Anhui Puli Technology's heating and cooling unit, equipped with a thermal oil, can quickly heat or cool the material inside the kettle.

Multi-functional Double-layer Glass ReactorFeatures:

1. The small multi-functional reactor reactor flask is made of high-silica borosilicate glass, offering excellent physical and chemical properties. The flask is transparent, allowing for a clear view of the reaction liquid.

2. The small multi-functional reactor operates smoothly with great power and without sparks.

3. Small multifunctional reactor PTFE components are sealed, with high vacuum.

4. The compact and rational structure of the small multifunctional reactor is easy to operate.

Technical Specifications:

Product Specifications

Operating Principle:

Multi-functional Double-Layer Glass ReactorThe working principle is: by injecting high or low temperature (heating or cooling) circulating liquid into the interlayer of a double-layer reaction kettle, the material inside the kettle is heated or refrigerated at a constant temperature, and the material undergoes reactions (decomposition and combination) within the kettle. It can also control the speed of evaporation, reflux, and collection of the reaction bath. After the reaction is complete, the remaining material in the kettle is discharged through the discharge outlet at the bottom, making the operation extremely convenient. It is an ideal equipment for modern chemical small sample experiments and the synthesis of new materials in bioproducts.

This series of double-layer glass reactors has an inner container for placing reaction materials, which allows for vacuum extraction and variable-speed mixing. This enables the materials to undergo gasification and evaporation under reduced pressure for concentration and purification. The annular space can be filled with chilled fluid, water, or high-temperature liquid (alternating according to the program) to heat, cool, or freeze the materials.

Product Features:

1. Made with superior glass materials, boasting excellent physical and chemical properties.

2. Experimental conditions can be selected with room temperature, high temperature (200℃), and low temperature (-80℃).

3. Suitable for operation under atmospheric and negative pressure test conditions. In a static state, the negative pressure can reach below 0.095 Mpa.

4. Digital display of mixing speed, variable frequency constant speed mixing system, operates smoothly.

5. The four-fluorinated impeller (mixing blade) features a special material seal between the mixing shaft and the reaction kettle.

6. Chip-Oil Separation Device, effectively preventing contamination of reaction materials.

7. Corrosion-resistant discharge valve with no dead space design.

8. Optional with our company's heating or cooling circulating liquid tank, paired with different models and specifications of double-layer glass reactors for testing and pilot production of reaction materials.

9. Multi-functional reactor models and specifications can be divided into two types based on the reactor volume: single-column desk-type and crossbeam-type.

10. We can produce matching products for both refrigeration and heating as per your requirements.

11. The multi-functional reactor's glass-lined cooling or heating solution can be completely drained after the reaction is complete, with no liquid left behind.

12. The overall structure is scientific, innovative, practical, and aesthetically pleasing.