Industrial Glass Reactor Manufacturers

Glass Reactor Manufacturer
Glass Reactor Manufacturer

Due to the glassware’s chemical inertness and lack of ability to impede chemical reactions like stainless steel, glass reactors are perfect for a variety of applications requiring chemical reactions. They are also excellent for fine-tuning since the stirrers can turn at extremely high speeds, and there is no spilling out of the airtight container. When using one of our motorized lifting reactors, users may tilt and hold the reactor in position while cleaning, making the process quite simple. Apart from the occasional cleaning, only a little routine care is required until anything breaks.

Need a reliable glassware reactor manufacturer? Contact us at Goel Scientific. We are a leading manufacturer of industrial glass rectors. 

Best Industrial Glass Reactor Manufacturers & Suppliers

Glass reactors are expertly made by Goel Scientific, which offers versions that are both spherical and cylindrical. They provide customization options to let customers request specific design and stylistic changes for their reactors. Because of their robustness, dependability, and ease of maintenance, their solid glass reactors are favored across the world. Goel Scientific is regarded as one of India’s leading producers of glass reactors.

Their reactors may also be customized; for example, cylindrical reactors might have extra baffles or jackets added to them. Goel Scientific collaborates with a team to build stirring systems in response to requests from various industries. As a consequence, Goel Scientific is regarded as one of the top glass reactor manufacturers. Customers may learn more about their glass reactors by visiting their website or contacting us.

A quick web search of ‘industrial glassware manufacturer near me’ will lead you to Goel Scientific.

What is a glass reactor?

For some investigations and procedures, regulated settings are necessary in scientific and research labs. To enable this fully regulated environment, glass reactors will be used by the researchers. Depending on the number of studies, these vessels can be as tiny as 500 milliliters or as large as 150 liters or larger. A glass reactor may be connected to other devices, such as vacuum pumps, stirrers, chillers, and heaters, to allow researchers to regulate every part of their experiment. 

Types of Glass Reactors

  1. Batch reactor.
  2. CSTR (continuous stirred-tank reactor)
  3. PFR (plug flow reactor)
  4. Semibatch reactor.
  5. Catalytic reactor.

How Glass Reactor Work

The three glass layers in the kettle of the three-layer glass reactor are joined by two sets of interlayers that act as stirrers and regulate the reaction solution’s evaporation and reflux. The three-layer glass reaction kettle’s outside jacket is used for vacuuming, while the inner jacket is used for heating or cooling. The materials within the kettle may be kept as cold or hot as possible while the outer jacket is in a vacuum. After the substance has finished reacting in the reaction kettle, it is released through the PTFE discharge port located at the kettle’s bottom.

Applications and Industries

Glass reactors are multipurpose instruments utilized in the chemical, pharmaceutical, and biotechnology sectors. They are employed in the synthesis of chemicals, the polymerization of materials such as plastics, resins, and adhesives, the extraction of chemicals, natural products, and plant materials, as well as the distillation of solvents. They are also employed in the extraction of plant materials, crystallization of chemical compounds, and solvent distillation and recovery of important chemicals.

Advantages of Glass Reactor

Glass reactors have several benefits, including cost-effectiveness, simplicity in sterilizing, and clear observation. They are perfect for the pharmaceutical business since they may be employed in a variety of chemical procedures. Glass’s transparency makes it possible to see the reaction process clearly. In addition, their cost is lower than that of reactors made of stainless steel. Because borosilicate glass is inert—that is, it does not react with the chemicals—it is utilized in glass reactors.

Choosing the Right Glass Reactor for Your Needs

Glass reactors are crucial for a variety of applications due to their resilience to heat shock and chemical corrosion. The volume, intended usage, and particular features required determine the type of glass to be used. The most prevalent variety of glass is borosilicate glass, but other varieties, such as quartz or soda-lime glass, can be appropriate for particular uses.

The amount of material to be treated and the planned use should be taken into consideration when selecting a 5l glass reactor’s capacity. For complete reactant mixing in some applications, an integrated stirrer or mixer may be necessary. Many processes depend on temperature control, and certain reactors may have internal heating or cooling systems or need external temperature control equipment.

The pressure rating is also significant since high-pressure ratings could be needed for particular applications. When configuring ports, take into account how many and what kind of ports your application needs. Prices from various manufacturers should always be compared because costs might differ based on features and size.

Selecting a reactor that is simple to disassemble and clean is one of the maintenance needs, along with cleaning and replacing components. A reactor’s capacity to be readily scaled up or down to meet changing demands makes it scalable. Chemical compatibility is particularly crucial since, while most chemicals may be withstood by borosilicate glass, some may call for additional coatings or kinds of glass.

Control and visibility are two other crucial considerations when choosing a glass reactor. When utilizing a glass reactor, it is imperative to select a reliable source and manufacturer, thoroughly review the reactor specs before making a purchase, and adhere to the recommended safety procedures.

Why Choose Goel Scientific for a Glass Reactor?

Expert Support

Goel Scientific has years of combined expertise, relationships with leading manufacturers, and a solid understanding of applications. 

Quality Assurance

Through precise manufacturing processes, our top-tier organization ensures high-quality standards and consistently delivers functional, dependable goods to agreed-upon specs, performance, pricing, and delivery. We do this by utilizing our engineering and production knowledge.

Customization Options

We work closely with our clients during the entire design and manufacturing process for all of our machinery and services to make sure that your unique needs—whether they have to do with cost, design, or process conditions—are satisfied.


Contact us, and our team will guarantee that you will receive excellent products and unrivaled services catered to your needs.

Yes, Lab Reactors may be built from a variety of materials according to your needs. Goel Scientific will be available at your service.

Yes, Glass reactors are frequently used for a variety of chemical reactions in industrial and chemical lab settings.

Yes, they are safe. Borosilicate glass, which is resistant to both chemical and thermal corrosion, is used to make these reactors.

The primary distinction between the two is that while a single glass reactor uses an oil or water bath to heat or cool liquids, it has a less effective temperature control system than a double-layer reactor.

More satisfying results will come from using a cleaning powder with a little abrasive effect on very unclean glassware. The glass should not be scratched by the abrasive. A brush should be used to thoroughly clean every portion of the glassware throughout the washing process.

Glass Reactor

Decantor Vessels

Jacketed Vessel

Lab Glass Reactor

Spherical vessels

vessels accessories