Key Features
- Cylindrical design
- Borosilicate glass construction
- Various sizes available
- Chemical resistant
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Cylindrical Glass Vessel
Cylindrical Glass Vessel
Cylindrical Glass Vessel
Cylindrical glass vessels for various applications.
Cylindrical Glass Vessel Overview
Goel Equipments supplies **cylindrical glass vessels** (often used as reactors, feed vessels, or receivers) in borosilicate glass. These vessels are typically offered between 5 L to 500 L, and can be equipped with jackets (metal or glass) to enable thermal control (heating / cooling) of the internal contents. Cylindrical form factors simplify design of baffles, stirrers, and associated internals. The jacket integration allows for use of thermal fluids to maintain temperature profiles. Custom designs, including flange configurations, port layouts or jacket geometry, are offered to suit specific process needs.
Specifications
Representative specifications and options include:
– **Capacity range**: 5 L to 500 L (matching spherical line)
– **Material**: Borosilicate glass – **Jacket options**: Metal or glass jackets (for heating/cooling)
– **Port / flange configurations**: Customizable per drawing
– **Thermal operating limits**: Compatible with typical process temperatures for glass reactors
– **Design pressure / vacuum rating**: Based on size and wall thickness (to be specified)
– **Customization**: Ability to add baffles, stirrers, internal features, support framework
– **Safety considerations**: Proper support, stress relief, and thermal transition zones
Applications
Cylindrical glass vessels are widely used in applications requiring controlled mixing, heating/cooling, or optical access to reaction contents. Common uses include:
– Reactor vessels for chemical synthesis, especially when uniform heating/cooling is needed
– Pilot-scale or R&D reactors with thermal control – Feed or buffer vessels where temperature moderation is required
– Transparent vessels in lab or process lines permitting visual monitoring of contents
– Integration in distillation, extraction or mixing setups requiring internal internals or stirrers