Jacketed Glass Reactor LJGR-T2011

Introduction

Jacketed Glass Reactor has a 2 jacket. The stirring speed range accommodates different viscosities for various reaction types. Its wide temperature range allows flexible use across many experimental conditions. Our Jacketed Glass Reactor supports synthesis, distillation, and material concentration in academic, pharmaceutical and laboratories.

This laboratory glass reactor is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Jacketed Glass Reactor serves as an efficient solution for conducting temperature-controlled chemical reactions. It enables synthesis, distillation, and concentration by providing stable thermal conditions and adjustable stirring speeds.

Specifications

Glass Vessel Volume	2 L Cylindrical
Glass Vessel Lid Diameter	Φ 150 mm
Sample Port	5 Ports
Jacketed Volume	250 mL
Time Range	0 to 99 hr 59 min
Temperature Range	-80℃ to 250 ℃
Temperature Measurement Accuracy	+/-1℃
Stirring Speed	50 to 1100 rpm
Vacuum Degree	0.0098 Mpa
Valve Material	and borosilicate glass
Display	Stirring Speed, Timer, Temperature
Power Consumption	60 W
Power Supply	220V/50 Hz
Dimensions (W×D×H)	450 × 450 × 1120 mm
Weight	18.5 Kg

Features

High borosilicate glass construction

fluor rubber vacuum seal

Low power consumption design

Compact laboratory footprint dimensions

Digital timer featuring memory

FAQs

1. Is the Jacketed Glass Reactor suitable for thermal-sensitive compound extractions?

Jacketed Glass Reactor is ideal for extracting delicate compounds that require controlled temperatures throughout the process. Its dual-layer structure helps preserve sample integrity by maintaining steady thermal conditions. This is important when working with materials that break down easily or react unpredictably. The clear vessel ensures visibility while reactions take place. Operators can observe any phase changes without disturbing the setup. Designed to reduce external interference, it supports consistent output across repeated cycles. Many research teams rely on this for plant-based and biochemical separations. It’s suited for isolation procedures where thermal variation is a concern.

2. How does the Jacketed Glass Reactor handle long-duration chemical tests?

Jacketed Glass Reactor is engineered to maintain performance stability during extended testing phases, where long operational hours are unavoidable. Its durable framework and reaction vessel maintain structural integrity without requiring interruptions. Researchers conducting multi-hour reactions benefit from reduced downtime and fewer process resets. Agitation consistency is maintained over time without strain on the system. This is especially useful in scaled research or industrial labs conducting time-intensive runs. There’s no need to adjust or recalibrate between batches. Every component supports long-term reliability under heating or cooling cycles. It’s an efficient solution for uninterrupted research.

3. Can the Jacketed Glass Reactor connect with automated lab systems?

Jacketed Glass Reactor is compatible with automated lab environments and third-party digital controllers for improved process efficiency. Users can connect the reactor to temperature probes, circulators, or timers to enable hands-off operation. This is useful in labs looking to reduce human error and streamline experiment cycles. Integration with process monitoring platforms enables real-time data tracking. The structure is built to accommodate wired or wireless modules without needing modifications. Supporting digital synchronization, it improves consistency across trials. Users can remotely oversee chemical changes or timing events. It’s suitable for labs advancing toward smart systems.

4. Is the Jacketed Glass Reactor suited for multi-user lab environments?

Jacketed Glass Reactor is built to endure repeated use in collaborative labs where multiple users rely on shared equipment. The setup is quick and intuitive, so transition between users doesn’t require technical readjustments. It is ideal for academic spaces, teaching environments, or shared institutional labs. Every joint is designed to withstand regular assembly and cleaning without losing functionality. Simple handling reduces the likelihood of damage from inexperienced users. Time between experiments can be minimized due to accessible cleaning procedures. No special skills are required for safe operation. It’s highly compatible with team-based workflows.

5. Is the Jacketed Glass Reactor appropriate for low-pressure reactions?

Jacketed Glass Reactor is compatible with low-pressure setups thanks to its solid sealing system and vacuum-ready structure. Its ability to operate without atmospheric contamination makes it ideal for sensitive chemical reactions. This is particularly useful for samples that degrade in open air or need reduced boiling points. The vacuum performance helps enhance evaporation control and purity. Its jacketed design maintains internal stability under pressure drop. Researchers benefit from a controlled environment even during high-vacuum cycles. No structural deformation occurs during prolonged use. It’s perfect for labs handling volatile or high-value compounds under stress.