Single Layer Glass Reactor LSGR-T2013

Introduction

Single features a 5 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 synthesis and solvent recovery, ensuring effective reaction control. This reactor facilitates processes such as distillation, crystallization, and formulation development.

Specifications

Glass Vessel Volume	5 L
Glass Vessel Diameter	Φ230 mm
Temperature Range	-80 to 250 ℃
Bath Temperature	RT to 180 ℃
Temperature Measurement Accuracy	+/-1℃
Heating Power	1500 W
Stirring Speed	0 to 800 rpm
Vacuum Degree	0.0098 Mpa
Dropping Funnel	500 ml
Power Consumption	90 W
Power Supply	220V/50Hz
Dimensions (W×D×H)	1030×300×900 mm
Weight	25 Kg

Features

Reliable pressure adjustment feature

Quick setup process readiness

Superior corrosion resistance quality

Streamlined sample handling process

Advanced chemical stability control

FAQs

1. How does the Single Layer Glass Reactor ensure chemical reactions occur efficiently?

Single Layer Glass Reactor is designed to maximize the efficiency of chemical reactions through its high borosilicate glass structure, which is chemically resistant and durable. The reactor’s wide temperature range of -80 to 250 degrees Celsius allows for optimal reaction conditions. With a stirring speed ranging from 0 to 800 rpm, the system ensures uniform mixing, improving the consistency of reactions. system is equipped with a high-performance motor that delivers consistent torque while minimizing noise. The + fluororubber double seal system maintains the necessary vacuum pressure for evaporation processes. The vacuum degree of 0.0098 MPa enhances efficiency during distillation or solvent recovery. The system operates smoothly and quietly, ideal for laboratory settings. This reactor provides dependable results for various industrial and research applications.

2. What are the specific advantages of the stirring system in the Single Layer Glass Reactor?

The Single Layer Glass Reactor is equipped with a robust copper brushless motor that supports variable stirring speeds, ranging from 0 to 800 rpm. This provides flexibility to handle different viscosities of materials. The motor is designed to be energy-efficient and low in noise, ensuring a quiet operational environment. reactor’s stirring system guarantees uniform heat and mass distribution, which is essential for chemical synthesis, distillation, and crystallization. The high torque of the motor ensures consistent stirring even with more challenging materials. Additionally, the reactor's design minimizes vibration, which helps maintain the integrity of sensitive substances during mixing. This allows the reactor to handle both high and low viscosity processes effectively. The motor is also durable, providing long-term reliability in continuous research or production tasks.

3. How is the Single Layer Glass Reactor optimized for low-pressure operations?

The Single Layer Glass Reactor is engineered to perform efficiently under low-pressure conditions, crucial for distillation and solvent evaporation. The vacuum system, which includes a + fluororubber double seal, maintains a vacuum degree of 0.0098 MPa, ensuring stable operation. This vacuum system is complemented by a stainless steel bath, enhancing the reactor’s ability to sustain heat during low-pressure processes. reactor's ability to operate in vacuum conditions significantly improves evaporation rates, essential for solvent recovery. The reactor is also equipped with ceramic bearings and mechanical seals that provide resistance to high temperatures and wear. These seals contribute to the system’s longevity and reliability. The pressure gauge allows real-time monitoring, providing precise control over the vacuum environment. These features make the reactor ideal for applications requiring consistent and controlled low-pressure conditions.

4. Can the Single Layer Glass Reactor handle delicate reactions that require exact temperature control?

The Single Layer Glass Reactor is well-suited for delicate reactions that require precise control over temperature. The reactor’s temperature range of -80 to 250 degrees Celsius ensures that it can support both low and high-temperature applications. system’s heating power of 1500W allows for rapid and efficient temperature adjustments, minimizing any delays during experiments. The reactor’s design provides efficient heat transfer, ensuring consistent temperature distribution throughout the vessel. The built-in vacuum system helps maintain the desired pressure conditions, critical for sensitive reactions. The reactor’s ability to handle both extreme temperatures and low-pressure environments makes it a versatile tool for chemical synthesis and research. Its durable construction ensures minimal risk of material degradation. Overall, the reactor is ideal for handling sensitive processes that demand rigorous temperature control.

5. What makes the Single Layer Glass Reactor suitable for laboratory research?

The Single Layer Glass Reactor is specifically designed for laboratory research, offering a reliable platform for conducting a wide range of experiments. The 5L glass vessel provides ample capacity, making it ideal for both small-scale and pilot-scale experiments. With a stirring speed ranging from 0 to 800 rpm, the reactor accommodates various types of materials and reactions. reactor operates at temperatures between -80 to 250 degrees Celsius, providing flexibility for different chemical processes. The vacuum system ensures that experiments can be conducted under reduced pressure for enhanced evaporation or distillation efficiency. The reactor is equipped with durable ceramic bearings and mechanical seals, offering long-term performance even under high temperatures. The stainless steel bath provides uniform heating, further enhancing the reaction process. This system’s combination of features makes it well-suited for university research, chemical engineering, and pharmaceutical applications.

6. How does the vacuum system in the Single Layer Glass Reactor support its performance?

The Single Layer Glass Reactor utilizes an advanced vacuum system to maintain a low-pressure environment, critical for many chemical processes. The + fluororubber double seal guarantees consistent vacuum pressure, achieving a vacuum degree of 0.0098 MPa. This vacuum stability allows for improved solvent evaporation and distillation, making the reactor ideal for solvent recovery and concentration. The system is equipped with a vacuum pressure gauge that provides real-time feedback, ensuring precise monitoring of pressure conditions. reactor is designed to handle high-temperature environments without compromising its vacuum integrity. The use of ceramic bearings and mechanical seals further enhances the reactor’s resistance to wear and high temperatures, ensuring longevity. The combination of these features makes the vacuum system highly efficient and reliable for extended use in various research and industrial applications.