Labotemp Industrial Water Chiller LIC-303 is a high-capacity recirculating cooling system designed for advanced laboratory and industrial applications requiring ultra-low temperature control. As a powerful water chiller, it delivers stable cooling down to -80°C with a 50L reservoir, making it ideal for chemical synthesis, material testing, vacuum systems, and research processes where precise thermal management is critical. Its closed-loop circulation ensures uniform temperature distribution, supporting consistent results and protecting sensitive samples during long operational cycles.
Built for demanding environments, this robust industrial chiller features a high-efficiency air-cooled compressor combined with a microprocessor-based control system for accurate and reliable temperature regulation. The digital display allows precise monitoring, while adjustable flow control provides flexibility across different applications. Integrated safety features such as overload protection, system safeguards, and stable operation control enhance operational reliability. With energy-efficient performance and durable construction, the LIC-303 ensures dependable long-term cooling for critical laboratory and industrial processes.
Why Choose Labotemp Industrial Chiller LIC-303?
✓ Ultra-low cooling range: Reliable operation down to -80°C
✓ Consistent temperature control: Uniform and stable cooling
✓ Energy-efficient system: Optimized for continuous use
| No. | Specification | Value |
|---|---|---|
| 1 | Model | LIC-303 |
| 2 | Volume | 50 L |
| 3 | Temperature Range | -80°C to RT |
| 4 | Voltage | 380V |
| 5 | Pressure | <0.4 MPa |
| 6 | Flow | 30 L/min |
| 7 | Lifting Head | 10–12 m |
| 8 | Dimension | 900 × 700 × 1140 mm |
LIC-303 is used to supports closed-loop cooling for temperature control of reactors, condensers, and heat exchangers operating down to -20°C. Suitable for continuous circulation in chemical synthesis, pilot-scale processing, and analytical setups. Used in pharma labs, research institutes, and industrial QC for maintaining stable thermal conditions during long-duration experiments.
