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Thermo Scientific TF25 D A 208/60 T1 AD PFC+ Chiller

The Thermo Scientific TF25 D A 208/60 T1 AD PFC+ Chiller is a state-of-the-art cooling solution designed for precision temperature control in various scientific applications. This advanced chiller offers exceptional performance and reliability, making it an ideal choice for researchers and laboratories seeking precise temperature management. The TF25 D A 208/60 T1 AD PFC+ Chiller stands out with its innovative PFC+ refrigerant technology, which provides superior cooling efficiency and environmental sustainability. Its robust construction ensures durability, while its user-friendly interface makes it easy to operate.

• Innovative PFC+ Refrigerant Technology
• Highly Efficient Cooling Performance
• Environmentally Sustainable Design

Product Properties and Specifications

The Thermo Scientific TF25 D A 208/60 T1 AD PFC+ Chiller boasts a range of impressive properties and specifications. With a cooling capacity of 25 kW and a temperature range from 10°C to 60°C, it is capable of handling a variety of cooling applications. The chiller features a compact design, which saves space in your laboratory, and is equipped with advanced control systems for precise temperature control. It also includes safety features such as over-temperature protection and automatic restart functionality, ensuring the safety and reliability of your experiments.

• Cooling Capacity: 25 kW
• Temperature Range: 10°C to 60°C
• Compact Design for Space Efficiency

Practical Uses and Benefits

The Thermo Scientific TF25 D A 208/60 T1 AD PFC+ Chiller is a versatile tool for a wide range of scientific applications. Its precision cooling capabilities make it suitable for use in laboratories involved in research, development, and production processes. The chiller is ideal for applications such as material testing, chemical synthesis, and cell culture. By investing in this high-quality chiller, you can expect improved accuracy, efficiency, and reliability in your experiments, leading to better results and increased productivity. Its user-friendly design ensures that it is accessible to both beginners and experienced researchers alike.

• Wide Range of Scientific Applications
• Improved Accuracy and Efficiency
• User-Friendly Design for Easy Operation