Single Layer Glass Reactor LSGR-T2016

Introduction

Single features a 30 chemical processes. Its durable construction allows for long-lasting performance in demanding environments. The reactor is equipped with advanced an efficient condensation system that maximizes solvent recovery during reactions. Our Single for university research, chemical engineering, and bio-pharmaceutical applications.

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

Single Layer Glass Reactor is designed for chemical reactions, distillation, and solvent recovery. This reactor ensures precise control over reaction conditions, making it ideal for use in chemical engineering and bio-pharmaceutical applications.

Specifications

Glass Vessel Volume	30 L
Glass Vessel Diameter	Φ420 mm
Temperature Range	-80 to 250 ℃
Bath Temperature	RT to 180 ℃
Temperature Measurement Accuracy	+/-1℃
Heating Power	8000 W
Stirring Speed	0 to 450 rpm
Vacuum Degree	0.0098 Mpa
Dropping Funnel	2000 ml
Power Consumption	2000 W
Power Supply Stirrer	220V/50Hz
Power Supply Heating Bath	380V/50 Hz
Dimensions (W×D×H)	860×590×2080 mm
Weight	56 kg

Features

High thermal conductivity

Compatible with diverse solvents

Automatic temperature regulation

Anti-corrosive coating protection

Advanced vacuum control system

FAQs

1. What makes the Single Layer Glass Reactor suitable for advanced chemical experimentation?

Single Layer Glass Reactor offers consistent operation during long experimental runs, making it a trusted choice for controlled chemical reactions. The system supports accurate variable stirring without sudden fluctuations. Its reliable structure supports chemical compatibility across a wide range of solvents. The clear borosilicate glass provides excellent visibility of material behavior during operation. Its reinforced assembly ensures leak-free performance under vacuum conditions. The wide vessel diameter allows better interaction between reactants and thermal media. The sturdy design supports lab-scale chemical synthesis without system fatigue. This level of performance is ideal for complex multi-phase reactions in controlled environments.

2. How does the Single Layer Glass Reactor help in scaling up lab-scale processes?

The Single Layer Glass Reactor is designed to bridge small-scale development and medium-batch output without equipment change. Its robust drive system accommodates long stirring sessions across varying viscosities. The large internal space permits higher sample volumes without compromising mixing uniformity. The system’s ability to maintain vacuum enhances control during sensitive reactions. Its stable glass architecture resists thermal and mechanical stress over extended periods. The system performs consistently across repeat cycles, supporting repeatable outcomes. The integrated overhead design simplifies material addition and sampling. This makes the reactor a suitable platform for pilot-scale validation studies.

3. Is the Single Layer Glass Reactor easy to clean between different processes?

Single Layer Glass Reactor is designed to minimize downtime when switching between different chemical protocols. The single-wall design reduces the number of components that need disassembly. Its transparent surfaces make internal residue easy to detect during post-run inspection. The simple frame structure allows for tool-free access to key sections. All wetted parts resist chemical buildup, ensuring reduced cross-contamination risks. Its drain valve helps clear internal contents efficiently without requiring vessel tilting. The large vessel opening supports safe entry for inspection when required. Overall, its form factor supports convenient maintenance between runs.

4. How does the Single Layer Glass Reactor improve safety during operation?

Single Layer Glass Reactor is built with operator safety in mind through its reinforced and insulated frame design. The vessel is housed securely in a steel support structure that minimizes accidental contact. Its thermal bath is enclosed to reduce heat exposure risk. The stirring mechanism operates without external belts or exposed gears. Its wide base structure adds physical stability even at higher mixing speeds. The power components are separated by function to reduce overload risk. The control unit allows remote shutdown in emergencies. Together, these features reduce hazards in active lab setups.

5. Is the Single Layer Glass Reactor adaptable for different research setups?

The Single Layer Glass Reactor features a flexible design that suits multiple laboratory configurations. Its modular frame accommodates additional clamps and fixtures for instruments. The power interfaces are compatible with standard lab outlets. Its support structure is height-adjustable, easing alignment with auxiliary devices. The vessel’s open-top design allows accessory glassware installation. Its stirring setup adapts to a wide range of stir bar types. The drain system can be repositioned to suit bench or floor setups. This level of adaptability ensures it fits both teaching and research environments.

6. Can the Single Layer Glass Reactor support extended mixing times?

Single Layer Glass Reactor features a stable mechanical drive that enables sustained stirring for prolonged durations. Its internal motor reduces overheating risk during long operation cycles. The frame minimizes vibration, allowing uninterrupted runs. Its stirring shaft maintains torque at both low and high speeds. The glass vessel’s thickness prevents breakage due to mechanical fatigue. Its design minimizes shaft wobble, ensuring even distribution of force. The components show low wear even after repetitive use. These qualities support extended reaction protocols without interruption.