• Coil design for efficient heat transfer
• Borosilicate glass construction
• High condensation efficiency
• Various coil configurations

From the published “condensers.pdf” and site references, key technical aspects include:

 **Coil Construction**: Multiple parallel glass coils fused within a glass shell to form the condenser core. 

**Material**: Borosilicate glass (for wetted parts) for chemical resistance; glass shell housing the coil matrix.

**Function**: Primarily for vapor condensation and cooling duties, as per catalog description.

**Design Considerations**: Coil geometry, coil count, shell diameter and length chosen based on heat duty, flow rates, pressure drops, and allowable pressure/temperature constraints. (Details are in the catalog)

Because the public catalog provides limited numerical data, precise coil dimensions, maximum pressures, and thermal performance are typically tailored per project.

Coil condensers are suited for:

**Vapor condensation** in pharmaceutical, chemical, and distillation operations

**Cooling of liquids** where space is limited or compact exchanger form factors are needed

**Laboratory, pilot, or small-scale industrial setups** where modular coil design offers flexibility

**Corrosive media systems** where glass wetted surfaces provide chemical inertness

**Situations demanding easy visual inspection and cleaning**, as glass construction allows visibility and maintenance