In advanced industrial cooling systems, the design of the glycol circuit plays a critical role in determining overall system efficiency, thermal stability, and equipment longevity. At GALXC, every detail of the glycol loop is engineered to deliver precise temperature control, low energy consumption, and reliable performance under demanding conditions.
🔧 Smart Glycol Concentration for Optimal Performance
The glycol concentration in GALXC chillers—typically ranging from 10% to 40%—is carefully selected based on:
• Operating temperature and environmental conditions
• Type of heat exchanger used (plate or shell-and-tube)
• Length and layout of the piping network
This tailored approach ensures that the system maintains the right balance between freeze protection, heat transfer efficiency, and fluid viscosity.
💡 Advanced Components for Stable Flow
The glycol loop in GALXC chillers is equipped with:
• ⚙️ Inverter-driven anti-corrosion pumps for smooth and energy-efficient circulation
• 🛠️ Stainless steel plate heat exchangers for compact systems
• 🧊 Shell-and-tube heat exchangers for high-capacity applications
These components work together to maintain stable flow rates, reduce mechanical stress, and optimize thermal exchange.
🧊 Design That Prevents Common Failures
GALXC’s precision-engineered glycol circuit prevents:
• Air bubble formation that can disrupt flow and reduce cooling efficiency
• Localized freezing that may damage components or reduce system responsiveness
• Unnecessary pressure drops that increase energy consumption and wear
This thoughtful design ensures long-term reliability, low maintenance, and consistent cooling performance across all industrial applications.
