Semiconductors
Semiconductor manufacturing requires ISO Class 1–3 ultra-high cleanliness, ±0.1–0.5℃ precise temperature control and zero secondary pollution under strong acid-base corrosive conditions. Heat exchangers must feature ultra-clean performance, accurate thermal regulation, corrosion resistance and easy maintenance to guarantee wafer yield and process stability.
Typical Process & Heat Exchanger Stations
Industry Overview
1. Industry Demand
Semiconductor manufacturing requires ISO Class 1–3 ultra-high cleanliness, ±0.1–0.5℃ precise temperature control and zero secondary pollution under strong acid-base corrosive conditions. Heat exchangers must feature ultra-clean performance, accurate thermal regulation, corrosion resistance and easy maintenance to guarantee wafer yield and process stability.
2. Core Working Stations
Core scenarios include UPW ultra-pure water system, PCW process cooling water, corrosive wastewater treatment and power system temperature control, supporting clean, precise and stable wafer fabrication.
3. Core Equipment (Ranked by Market Demand)
1. Thermowave Thermoline Gasketed Heat Exchanger: Core semiconductor equipment with FDA-certified clean gaskets and electropolished plates, ISO 2 compliant, delivering precise temperature control and easy maintenance for UPW and PCW systems;
2. Nexson GreenBox Fully Welded Heat Exchanger: Corrosion-resistant dedicated equipment, gasket-free and pollution-free, adapting to hydrofluoric acid and acid-base wastewater for cleaning and waste treatment processes;
3. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Heavy-duty power system equipment, pressure and vibration resistant, ensuring stable 24/7 operation of central thermal management systems;
4. Thermowave ThermoMicro Brazed Heat Exchanger: Compact ultra-precise equipment, zero-leakage and high-accuracy, suitable for narrow-space precision processes such as lithography and etching.
