


Double Coil Condensers with common inlet
RELIGLAS Double Coil Condensers — highest-efficiency glass condensers with two spiral cooling coils and a common coolant inlet. Multiple joint sizes. Effective lengths from 200 mm to 600 mm. Ideal for demanding laboratory distillation and chemical process work.
Customize
Product Details
Product Description
RELIGLAS double coil condensers are engineered to deliver unmatched cooling capacity for the most challenging laboratory procedures. Each condenser contains two finely wound internal coils, maximizing the vapor-to-coolant contact surface within a robust water jacket. A single, common inlet simplifies coolant connection and flow management.
Perfect for large-scale distillation, high-boiling-point solvents, or fast reflux systems, these condensers support secure, leak-resistant connections with standard B-series glass sockets and cones in sizes 19/26, 24/29, and 34/35. Choose from effective lengths between 200 mm and 600 mm—accommodating analytical up to pilot plant volumes.
Specifications
- Material: Borosilicate/chemical-resistant glass
- Socket/cone options: 19/26, 24/29, 34/35
- Effective lengths: 200, 350, 450, 600 mm
- Double coil design, common coolant inlet
- Reusable, autoclavable, heavy-duty construction
Available Sizes & Variants
| Cat. No. | Socket | Cone | Effective Length (mm) |
|---|---|---|---|
| 03.385.01 | 19/26 | 19/26 | 200 |
| 03.385.04 | 24/29 | 24/29 | 200 |
| 03.385.08 | 34/35 | 34/35 | 350 |
| 03.385.12 | 34/35 | 34/35 | 450 |
| 03.385.16 | 34/35 | 34/35 | 600 |
Applications
- Large-scale and high BTU/h lab distillation
- Intensive reflux chemistry
- Process scale-up, analytical or pilot plant work
- Complex, large-scale vapor condensation
Key Features
- Double coil spiral design for maximum cooling efficiency
- Common (single) coolant inlet for ease of use
- Heavy-duty borosilicate build—chemically and thermally resistant
- Standard cone/socket glass joints, fits most lab setups
- Reusable, autoclavable, and easy to maintain
























