LM-4B Glacier Refrigerant – The Preferred Choice for Cold Storage "Blood Transfusion"
In the refrigeration field, coolants play a crucial role in indirect cooling systems by efficiently transferring cooling capacity. As "secondary refrigerants," they are widely used in the food, pharmaceutical, petrochemical, and cold chain industries. Especially in long-distance cooling tr···
Why Has LM Series Coolant from Glacier Group Become a "Dark Horse" in the Refrigerant Field?
In numerous fields of today's industry and daily life, refrigeration technology plays an indispensable role. As a key medium in refrigeration systems, the performance and selection of refrigerants are directly related to refrigeration efficiency and system stability. When traditional refrigeran···
Glacier Coolant VS Ethylene Glycol
Inhibited Heat Transfer Fluid ProtectionCorrosionisthe enemy of any water-based system, but a properly balanced and inhibited glycol system can protect equipment without the loss of thermal performance. Glacier Coolant is the industry leader in high-performance inhibited glycol fluids.Uninhibited Gl···
Why thermal fluid choice is important in pharmaceutical applications
Heat transfer systems are widely used in the pharmaceutical industry to indirectly heat and cool ingredients during processes such as bulk drug processing, batch reactions and crystallisation.As the thermal fluid moves around the system, it transfers heat to or from base, intermediate and final stag···
What are Phase Change Materials (PCM)?
You’ve likely come across the term Phase Change Materials (PCM) and wondered, “What exactly are PCM, and why is there such a push for them as a sustainable solution?” Let’s explore the essence of PCM—they are substances with the unique capability to absorb or release energy during a phase trans···
How to Choose the Right Heat Transfer Fluid
Heat transfer fluid selection can involve complicated, multi-dimensional decisions where factors such as thermal stability,pumpability, pressure requirements, and more must be weighed in an effort to achieve the optimum balance of performance and economy in your particular system. However, you may b···