With the rapid development of 5G, data centers, artificial intelligence (AI), and intelligent driving, optical module reliability faces unprecedented challenges. Testing for extreme temperature environments, long-term stability, and rapid aging have become essential industry requirements. FerroTec, a global leader in thermoelectric cooling, has officially launched a new generation of high- and low-temperature cycling testing equipment for optical modules, providing the optical communications industry with precise, efficient, and stable reliability testing solutions....

In some devices with extremely high temperature control requirements, achieving precise temperature control often requires a thermostat combined with a TEC (Transistor Cooling Chip). This article will focus on the functions and specific applications of thermostats, providing a deeper understanding of this temperature control combination.

Hello everyone! In the last issue, we introduced the cold plate liquid cooling in detail . In this issue, we will continue to have a deeper understanding of the working principle and technical advantages of another mainstream liquid cooling form - immersion liquid cooling. To help you better understand, let's quickly review the main categories of liquid cooling technology:

With the rapid development of mobile Internet, cloud computing and big data, as well as the advancement of national strategies such as "Digital China", the amount of data generated by the whole society continues to grow, driving the construction of data centers to accelerate.

In the front-end process of semiconductor manufacturing, the temperature stability of the coating and developing equipment is directly related to the viscosity control, coating uniformity and developing reaction rate of the photoresist. In the coating process, the photoresist is dripped onto the surface of the wafer through the glue head, and the vacuum suction cup sucks the wafer and rotates at high speed to spread the glue. After the coating is completed, the film is baked and the organic solvent in the photoresist is volatilized by the heating plate to form an ultra-thin photoresist film....

In high-tech fields such as semiconductor manufacturing, precision electronics, and laboratory research, strong acid and alkali solutions such as hydrofluoric acid, sulfuric acid, and nitric acid are often needed to achieve ideal process effects.

In semiconductor manufacturing, the etching process is a key process for accurately transferring photoresist patterns onto silicon wafers, and its quality directly determines the performance and yield of the product. Temperature changes can significantly affect the etching rate, selectivity, and process stability.

Recently, Hangzhou Pioneer Thermal Power has made an important breakthrough in the overseas market - our two independently developed water-cooled chillers FCCA33121-4401 and FCCA56121-4401 have been successfully introduced into Japan's RIKEN laboratory and achieved "zero defect" delivery.  

Welcome to the Chiller Science Class! In the previous class, we introduced and shared the "four major parts" of the chiller - compressor, condenser, throttling device and evaporator.