Working Principle of the Yingtai Centrifuge Freezing Function

Working Principle of the Yingtai Centrifuge Freezing Function

The freezing function of a centrifuge is designed to maintain a low-temperature environment during the centrifugation process, in order to protect temperature-sensitive samples.

Refrigeration System

A refrigerated centrifuge is equipped with a refrigeration system, typically including components such as a compressor, evaporator, condenser, and expansion device. These components form a closed-loop system, where the refrigerant absorbs heat through its phase change (from liquid to gas), thereby achieving cooling.

Temperature Control

The refrigerated centrifuge allows precise temperature control through program settings. Users can set the desired temperature range based on experimental requirements, and the centrifuge will automatically adjust the operation of the refrigeration system to maintain a stable internal temperature.

Insulation Design

To maintain the low-temperature environment, refrigerated centrifuges often feature good insulation designs, such as double-layer door seals and thermal insulation materials, to minimize the intrusion of external heat.

Safety Protection

Refrigerated centrifuges are also equipped with overheat protection and temperature monitoring systems to prevent equipment damage or safety hazards caused by temperature control failure.

The refrigeration system of a refrigerated centrifuge reduces internal temperatures by absorbing heat through the refrigerant's phase change, while the temperature control system ensures precise temperature regulation. The insulation design and safety measures ensure the stability and safety of the low-temperature environment. These functions work together to ensure that the refrigerated centrifuge can efficiently and safely process samples under low-temperature conditions.