High chemical resistance
Heat transfer
Glass coil heat exchangers
Series or parallel configurations
Heat exchangers for condensing vapor or heating and cooling liquid streams through a glass surface. One stream flows through the coil and the other around it, transferring heat without mixing the fluids. During condensation, vapor loses heat and becomes liquid for collection or return to the process. Transparency allows observation. Useful for solvent recovery and pilot installations, with exchange area, connections, service fluid and chemical compatibility selected for thermal load and operating conditions.
Flow visualization
Series or parallel assembly
Technical data
Reference configuration
The final configuration is selected for the intended operation, installation conditions and compatibility with existing equipment.
Specifications by model
Each column identifies a model or configuration. Shared values are marked.
↔ Scroll to compare models
| Parameter | 0,3 m² | 0,6 m² | 1 m² | 1,5 m² | 2,5 m² | 3 m² |
|---|---|---|---|---|---|---|
| Heat transfer area | 0,3 m² | 0,6 m² | 1 m² | 1,5 m² | 2,5 m² | 3 m² |
| Length L | 450 mm | 525 mm | 620 mm | 725 mm | 725 mm | 830 mm |
| Dimension L1 | 300 mm | 355 mm | 430 mm | 485 mm | 485 mm | 585 mm |
Dimensions L and L1 refer to the component. Nozzles and connections vary within the same heat-transfer area.
Project and supply
Configured for your process
Before the proposal, we confirm the application, operating parameters, interfaces and scope of supply.
- Technical selection and configuration
- Documentation and automation options
- Delivery to Europe, North America and South America