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product

Significantly improving operational efficiency in fine chemical and API production facilities.

  • all
  • Heat Transfer Fluids
  • Phase Change Material
  • Antifreeze

ABOUT US

Glacier Coolant traces its origins to 1994, when founder Mr. Songquan Bai developed an innovative heat transfer fluid that addressed the severe pipeline and equipment corrosion caused by glycol-based cooling solutions in chemical plants. This breakthrough product quickly gained market success and was widely adopted across China, significantly improving operational efficiency in fine chemical and API production facilities. Glacier Coolant, pioneering the professional coolant industry, initiating the three major revolutions in China’s secondary refrigerant industry.

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  • 200 +
    Employers
  • 30000 +
    Annual Production Capacity
  • 4000
    Customers
  • 20
    Nationallnvention Patents
  • 5
    New Design Patents
  • 15 days
    Production Leadtime

our projects

Our solutions now serve sectors such as food and beverage, HVAC, cold storage, data centers, and fuel cell cooling.

  • Our Mission

    Our Mission

    To revolutionize the refrigeration industry by providing innovative, eco-friendly solutions that maximize energy efficiency and reliability.

  • Certificate

    Certificate

    Our Factory has grown into a Premier ISO9001:2008 Certified manufacturer of High quality, Cost-Effective products

  • Our Vision

    Our Vision

    To become a global leader in refrigerant technology, known for our commitment to quality, sustainability, and continuous innovation.

Qualification certificate

Our vision: To become the global leader in the field of secondary refrigerant technology.

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News

And is committed to providing global customers with high-performance and environmentally friendly secondary refrigerant and heat transfer fluids.

26-09-10

The Green Shift: How Bio-Based Phase Change Materials Are Redefining Sustainable Thermal Storage

26-09-10

Why Corrosion Keeps Plaguing Industrial Chiller Systems — And the Science Finally Fixing It

26-09-04

Pharmaceutical and Chemical Industry: Ultra-Low Temperature Cooling Solutions

26-09-02

34 Technical Support Cases and What They Taught Us

26-09-01

Corrosion Prevention in Secondary Refrigerant Systems: From Reactive Fixes to Predictive Monitoring

26-08-27

Going Water-Free: A Buyer’s Guide to Anhydrous Secondary Refrigerants

26-08-27

System Design for Secondary Refrigerant Loops

26-08-26

Pressure Safety in Secondary Refrigerant Loops: Four Near-Miss Incident Reports

The Green Shift: How Bio-Based Phase Change Materials Are Redefining Sustainable Thermal Storage

The Green Shift: How Bio-Based Phase Change Materials Are Redefining Sustainable Thermal Storage Plant-derived PCMs are closing the performance gap with paraffin — and reshaping Scope 3 emissions calculations along the way. Walk the floor of any industrial facility today and you’l...

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Why Corrosion Keeps Plaguing Industrial Chiller Systems — And the Science Finally Fixing It

Why Corrosion Keeps Plaguing Industrial Chiller Systems — And the Science Finally Fixing It Electrochemistry, not empiricism, is what stops pitting, leaks and unplanned downtime in closed-loop cooling loops. Walk through any industrial facility with a closed-loop chiller system and you&...

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Pharmaceutical and Chemical Industry: Ultra-Low Temperature Cooling Solutions

Technical Insights | Heat Transfer Fluids Secondary Coolant vs. Water: What Changes at Sub-Zero Water is the oldest heat transfer fluid on earth — and in an industrial refrigeration system, one of the most expensive ones. Here’s why modern plants are switching fluids. Water is cheap,...

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34 Technical Support Cases and What They Taught Us

34 Technical Support Cases and What They Taught Us Thirty-four cases. That’s the number. Not a sample. Not a selection. Every single technical support interaction Glacier Coolant logged in 2025. From a WeChat message in Beijing on January 10th to a system redesign in Jiangsu on December...

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Corrosion Prevention in Secondary Refrigerant Systems: From Reactive Fixes to Predictive Monitoring

Industry Analysis Corrosion Prevention in Secondary Refrigerant Systems: From Reactive Fixes to Predictive Monitoring Glacier Coolant Technical Research — August 2026 Twenty years ago, you found out about corrosion when something leaked. Ten years ago, you found out when the lab report came...

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Going Water-Free: A Buyer’s Guide to Anhydrous Secondary Refrigerants

Buyer’s Guide Going Water-Free: A Buyer’s Guide to Anhydrous Secondary Refrigerants Glacier Coolant Technical Team — August 2026 Water is a problem in low-temperature cooling. It freezes. It expands. It wrecks pumps, blocks heat exchangers, and turns a routine production run into ...

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System Design for Secondary Refrigerant Loops

System Design for Secondary Refrigerant Loops Glacier Coolant · Field Handbook · Revision A This is not a textbook. It’s a field handbook. Everything in here comes from actual installations — systems that worked, systems that didn’t, and the revisions that brought them back from t...

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Pressure Safety in Secondary Refrigerant Loops: Four Near-Miss Incident Reports

Safety Incident Analysis Pressure Safety in Secondary Refrigerant Loops: Four Near-Miss Incident Reports For Internal Distribution Lessons Learned Pressure incidents in secondary refrigerant systems are rare. That’s not a statement of comfort. It’s a statement of probability. The ...

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