Glass reactors are widely used in laboratory and small-scale industrial settings for various chemical and biochemical processes. Here are some common types:
Single-Layer Glass Reactor
This is a basic type of laboratory glass reactor with a single glass vessel for containing the reaction mixture. It’s suitable for simple reactions, mixing, and heating under atmospheric pressure.
Double Layer Glass Reactor
Also known as a jacketed glass reactor, this type consists of an inner glass vessel for holding the reaction mixture and an outer jacket that allows circulation of a heating or cooling fluid. It’s used when precise temperature control is required. Compared with the single-layer glass reactor, the kettle body of the jacketed glass reactor is a double-layer glass structure, and the interlayer can be injected with cold and heat sources for high-temperature and low-temperature reactions. Our jacketed glass reactor has many models, which are divided according to the volume of the kettle body , can be divided into: 1L glass reactor, 2L glass reactor, 5L glass reactor, 10L glass reactor, 20L glass reactor, 50L glass reactor, 100L glass reactor.
Divided according to the material, the jacketed reactors include jacketed glass reactor and jacketed stainless steel reactor vessel.
Triple-Layer Glass Reactor
This reactor adds an additional layer between the inner and outer layers for improved insulation and temperature control. It’s suitable for reactions requiring high-temperature variations.
Continuous Stirred-Tank Glass Reactor
This reactor has a cylindrical vessel with a motor-driven agitator or impeller that continuously stirs the reaction mixture. It’s used for homogeneous reactions, mixing, and maintaining consistent conditions.
Plug Flow Glass Reactor
Also known as a tubular reactor, it consists of a straight glass tube through which reactants flow in a plug flow manner. It’s used for studying continuous-flow reactions and kinetics.
Photochemical Glass Reactor
Designed for photochemical reactions, this type is equipped with UV or visible light sources to initiate light-sensitive reactions.
High pressure Glass Reactor
This reactor is designed to handle reactions at elevated pressures. It’s used for studying reactions that require pressure control, such as hydrogenation.
Electrochemical Glass Reactor:
Equipped with electrodes, this type of reactor is used for electrochemical reactions, such as electrolysis and electrosynthesis.
Biomass Glass Reactor
Specifically designed for fermentation and microbial processes, this reactor has features such as agitation, pH control, and aeration for growing microorganisms.
Hydrothermal Synthesis Reactor
This specialized reactor is designed for hydrothermal synthesis, where high temperatures and pressures are used to promote reactions in water or other solvents.
Parallel Glass Reactor
Consisting of multiple reaction vessels that can run in parallel, this type is used for high-throughput experimentation and screening of reactions.
Fixed-Bed Glass Reactor
Designed for catalytic reactions, this reactor contains a fixed bed of catalyst material that interacts with the flowing reactants.
Specialty Glass Reactors
Depending on the specific requirements of a process, there are various custom-designed glass reactors tailored for specific applications, such as crystallization, distillation, and more.
Each type of glass reactor has its advantages and limitations, and the choice depends on factors such as the type of reaction, temperature and pressure requirements, agitation needs, and the presence of corrosive or reactive substances. It’s important to select the appropriate type of glass reactor for your specific experiment or process to achieve optimal results.
