Explosion Proof Jacketed Reactor T-EJR-S2109

Introduction

Explosion Proof Jacketed Reactor boasts 150 liters of reactor volume. It features fixed external loop buffer, ensuring safe, secure, and stable pipeline connection. Incorporates PTFE and fluororubber double seals to maintain internal system vacuum levels. Equipped with casters, it provides easy mobility and convenient positioning. Glass Reactor is ideal for distillation, evaporation, compound formulation, and chemical extraction.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Explosion Proof Jacketed Reactor is commonly employed for synthesis, distillation, reflux, crystallization, and solvent recovery in laboratories, research facilities, and pharmaceutical settings.

Specifications

Reactor Volume	150 L
Jacket Volume	35 L
Dropping Funnel Volume	5 L
Receiving Bottle Volume	10 L
Operating Temperature Range	-80°C to 250°C
Rotation Speed Range	0 to 1400 rpm
Vacuum Degree	0.098 MPa
Temperature Measurement Accuracy	±1°C
Material	High borosilicate glass 3.3
Stirring Power	370 W
Power Supply	220V/50Hz
Glass Vessel Lid Diameter	340 mm
Dimension	1280×850×2730 mm
Weight	160 Kg

Features

Speed regulator control

Temperature sensor port

Solid charging valve

Universal coupling joint

Stirring paddle 

Leakproof  

FAQs

1. What is an Explosion Proof Jacketed Reactor?

An Explosion Proof Jacketed Reactor is an apparatus designed with a jacket for temperature control and built to prevent ignition of flammable substances, ensuring safe operation in hazardous environments.

2. What kind of maintenance does Explosion Proof Jacketed Reactor require?

Routine maintenance includes regular inspections, cleaning, pressure testing, and checking the integrity of explosion-proof electrical fittings and jacket systems.

3. Why is Explosion Proof Jacketed Reactor ideal for petrochemical processes?

It is ideal for petrochemical processes because it safely handles reactions involving flammable hydrocarbons and maintains precise temperature control critical for refining operations.

4. How does Explosion Proof Jacketed Reactor improve safety in pesticide production?

It improves safety in pesticide production by preventing ignition of explosive vapors during chemical synthesis, while the jacket ensures stable reaction temperatures.

5. Can Explosion Proof Jacketed Reactor be used for biofuel production?

It is used in biofuel production for safe processing of volatile organic materials, with the jacketed design providing necessary thermal regulation.

6. How does Explosion Proof Jacketed Reactor benefit R&D labs working with reactive chemicals?

It benefits R&D labs by allowing small-scale testing of reactive or explosive compounds in a controlled, explosion-safe environment with precise thermal and mixing control.

7. Why is Explosion Proof Jacketed Reactor essential in solvent recovery systems?

It is essential in solvent recovery systems because it can withstand explosive vapors during distillation and condensation, while the jacket allows safe thermal management throughout the process.

8. How does Explosion Proof Jacketed Reactor handle vacuum distillation in hazardous environments?

It handles vacuum distillation by maintaining low pressures and temperatures safely, with explosion-proof fittings that prevent ignition in volatile atmospheres.

9. How does Explosion Proof Jacketed Reactor handle exothermic reactions in explosive environments?

It handles exothermic reactions by dissipating heat through the jacketed system, while its explosion-proof design prevents ignition in volatile or combustible atmospheres.

10. How is Explosion Proof Jacketed Reactor used in essential oil extraction?

It is used in essential oil extraction when flammable solvents like ethanol or hexane are involved, providing safe thermal control and explosion-proof operation throughout the process.