Jacketed Glass Reactor LJGR-T2013

Introduction

Jacketed has a 5 processes. The unit supports a wide temperature range, enabling use in thermally demanding applications. Our Glass Reactor is ideal for research involving synthesis, distillation, and concentration across 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

Our Jacketed Layer Glass Reactor is ideal for synthesis, distillation, and concentration under controlled temperature and vacuum. Suitable for lab-scale R&D work.

Specifications

Glass Vessel Volume	5 L, Cylindrical
Glass Vessel Lid Diameter	Φ 205 mm
Jacketed Volume	800 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
Display	Stirring Speed, Timer, Temperature
HS Code	8419899090
Power Consumption	120 W
Power Supply	220V/50Hz
Dimensions (W×D×H)	450 × 450 × 1200 mm
Packaging Dimensions	1170 × 470 × 550 mm
Net Weight	30 kg
Gross Weight	50 kg

Features

Corrosion-resistant structural design

Digital interface with controls

Reinforced support frame setup

Low-noise stirring mechanism

Compatible with varied chemicals

FAQs

1. What makes the Jacketed Glass Reactor reliable for long-duration experiments?

Jacketed Layer Glass Reactor is built to remain consistent throughout prolonged usage in research labs. It operates smoothly over extended periods without losing thermal control or mixing uniformity. This durability helps reduce downtime during complex, multi-stage processes. The equipment’s stability across long experiment cycles keeps results dependable. Reaction stages can progress without needing to pause for recalibration or adjustments. That allows teams to work continuously with fewer disruptions. Its steady performance simplifies the workflow in repetitive synthesis tasks. This saves researchers both time and procedural resources.

2. How does the Jacketed Glass Reactor improve safety during use?

The Jacketed Layer Glass Reactor is engineered with operator protection in mind, especially during chemical operations involving heat or vacuum. Its enclosed system structure reduces the chance of exposure to active compounds or vapors. This is particularly important in multi-user labs or training environments. Reactions remain stable and isolated from external disturbances throughout the process. The outer jacket design supports temperature shifts without compromising safety. Researchers don't need to intervene mid-run, lowering the chance of handling errors. That dependable containment ensures safer execution of demanding chemical tasks. It’s suited for both academic and industrial labs.

3. Can the Jacketed Glass Reactor handle different experiment types in one setup?

The Jacketed Layer Glass Reactor is highly adaptable for labs running multiple chemical workflows. Whether used for distillation, extraction, or reaction synthesis, it supports different methods without changing equipment. That flexibility allows scientists to perform diverse procedures with ease. It’s well-suited to environments where various users require different experiment setups daily. Its structure accommodates quick shifts between tasks without needing special modifications. Each process maintains clarity and control despite changing objectives. Researchers can explore cross-functional studies without logistical interruptions. The same system serves different departments without compromising results.

4. What advantages does the Jacketed Glass Reactor offer for process scale-up?

Lab environments that move from initial tests to pilot trials benefit from the Jacketed Layer Glass Reactor’s transition-ready structure. It replicates early-stage results effectively even as batch sizes increase. This consistency is useful when expanding lab findings into larger sample runs. Teams don’t need to reconfigure their approach during scaling, which saves both effort and budget. The same configuration supports both development and early production goals. There’s no need to switch to unfamiliar equipment mid-cycle. Its continued accuracy at expanded volumes helps maintain project momentum. It bridges the gap between research and scale-up seamlessly.

5. How does the Jacketed Glass Reactor support extended stirring cycles?

The Jacketed Layer Glass Reactor offers dependable operation even during long periods of continuous mixing. Its design resists shifting or temperature instability under mechanical movement. That means stirring remains uniform without uneven distribution of ingredients. Researchers working with time-sensitive reactions can rely on steady performance throughout. The internal flow supports even dispersion of materials regardless of viscosity. This is especially valuable during procedures requiring texture uniformity or staged blending. There’s no need to stop and manually re-balance mid-reaction. It allows smoother processing from start to finish.

6. How does the Jacketed Glass Reactor hold up when used with aggressive chemicals?

Jacketed Layer Glass Reactor is constructed from materials that resist damage from strong chemical agents over time. Whether handling corrosive acids or volatile solvents, it retains structural integrity and performance. That makes it an ideal choice for researchers who repeat high-demand experiments. The reactor’s components are non-reactive and protect sample purity throughout. Users don’t need to worry about gradual wear altering experimental behavior. It also minimizes cross-contamination during process changes. Its resilience supports heavy use across various compound categories. This extends the equipment’s value well beyond single-use cycles.