• High heat transfer efficiency
• Multiple parallel coil design for increased surface area.
• Manufactured with precision bore tubes of various diameters
• Vertical mounting for optimized condensate flow
• Suitable for cooling water and brine (closed circuit)
• Maximum coolant pressure: 2.7 bar (g)
• Corrosion-resistant glass construction
• Low maintenance and easy integration with reactors & distillation columns
• Designed to prevent coil logging and back pressure issues

• Construction Shell: Borosilicate Glass
• Construction Coils: Parallel glass coil battery
• Construction Mounting Position: Vertical only
• Steam is not recommended for condenser coils
• Adequate flow of coolant should be used
• Coolant should not be heated to the boiling point.
• Flexible hose connection recommended

Methods of Operation:

1. Vapours from Bottom
   • Easy installation over reactors
   • Condensate returns near condensing temperature
   • Risk of coil logging if condensate flow is excessive
   • Reflux divider recommended below the condenser
2. Vapours from Top
   • Provides cooler condensate
   • Utilizes full cooling surface area
   • Recommended where logging risk is higher

Coil Condensers are widely used in:

• Chemical Processing Plants
• Pharmaceutical Manufacturing Units
• Distillation Columns
• Reflux Systems
• Solvent Recovery Units
• Evaporation Systems
• R&D Pilot Plants
• Speciality Chemical Production
• Fertilizer & Pigment Industries

Boilers:

Designed for evaporation processes using steam through specially designed large cross-section coils.

Immersion:

Used to control exothermic reactions in glass vessels (VSR & VSE types). Suitable for cooling water (max 2.7 bar g) or steam (max 3.5 bar g). Not recommended for crystallizing products.

Product Coolers:Description:

Unlike coil condensers, product coolers allow the product to pass through the coil and coolant through the shell, offering extended residence time for effective cooling of distillates.