Glass Reactor / Jacketed Glass Vessel
In most of the glass plants, vessels are used as reactors, receivers, separators, measuring or feed vessels.
Vessels are available in Spherical shape from 5Ltr to 500Ltr. & in cylindrical shape from 5Ltr to 800Ltr capacity. Cylindrical vessels can be supplied with glass jackets too.
All the vessels are provided with a bottom outlet for which a suitable valve can be chosen from our range of valves.
FAQs
1. Can I customize the size and shape of the Glass Reactor/Jacketed Glass Vessel to suit my specific needs?
Yes, our Glass Reactor/Jacketed Glass Vessels are available in both spherical and cylindrical shapes, with capacities ranging from 5 liters to 800 liters. We understand that different applications may have unique requirements, and we offer customization options to meet your specific needs. Whether you require a larger capacity vessel for industrial-scale operations or a smaller vessel for laboratory experiments, we can work with you to provide a solution that fits your requirements. Additionally, cylindrical vessels can be supplied with glass jackets for processes that require temperature control.
2. What factors should be considered when selecting a glass reactor or jacketed vessel?
Consider the vessel's capacity (ranging from 5L to 500L in spherical shape and 5L to 800L in cylindrical shape), the presence of glass jackets for cylindrical vessels, and the availability of bottom outlets for valve selection.
Evaluate the material of construction (such as high-grade borosilicate glass), temperature range, stirring capabilities, pressure ratings, and ease of maintenance like tube replacement.
Look for additional features like durable support frames, condensing areas for faster condensing, and certifications like ETL to UL and CSA standards for quality assurance./p>
Evaluate the reputation and reliability of suppliers like Goel Scientific Glass for quality products and support services.
3. How does the cost of a glass shell and tube heat exchanger compare to that of traditional metal-based heat exchangers?
While the initial cost of a glass shell and tube heat exchanger may be higher than traditional metal-based heat exchangers, it offers long-term cost savings due to its durability, universal corrosion resistance, and minimal maintenance requirements. Additionally, the efficiency and performance benefits of glass shell and tube heat exchangers often justify the initial investment over time.
