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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.

26-10-23

Immersion Cooling Across Server, Edge and High-Density Racks: Picking the Right Secondary Refrigerant

26-10-22

Choosing a Secondary-Side Coolant That Resists Corrosion: A Buyer’s Checklist

26-10-21

The Real Energy Levers in Immersion Cooling — and Why the Fluid Isn’t One of Them

26-10-21

Why a Primary-Side Coolant’s Service Life Decides a Cold-Plate Hall’s Uptime

26-10-16

Battery and Storage Immersion Cooling: What Actually Matters

26-10-15

Wind Farm Cooling: What a Coolant Has to Withstand Outdoors

26-10-14

Inhibited Glycol or an Engineered Coolant: What Your Duty Profile Decides

26-10-13

How to Read a Coolant MSDS in Two Minutes?

Immersion Cooling Across Server, Edge and High-Density Racks: Picking the Right Secondary Refrigerant

Immersion Cooling Across Server, Edge and High-Density Racks: Picking the Right Fluid Band Immersion is not one fluid. High-density compute, wide-temperature edge duty and cost-sensitive storage each ask for a different immersion grade. How to match the band to the box. “Immersion coo...

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Choosing a Secondary-Side Coolant That Resists Corrosion: A Buyer’s Checklist

Choosing a Secondary-Side Coolant That Resists Corrosion: A Buyer’s Checklist For a cold-plate loop the buying question is not the cheapest glycol. It is the fluid that keeps copper, aluminium and the seals from opening up. A procurement checklist for the secondary side. Every buyer we m...

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The Real Energy Levers in Immersion Cooling — and Why the Fluid Isn’t One of Them

The Real Energy Levers in Immersion Cooling — and Why the Fluid Isn’t One of Them Immersion arrives with a percentage attached. Somebody promises a cut in cooling energy, and the buyer files it under “fluid”. That is the wrong drawer, and it is worth opening the ledger prop...

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Why a Primary-Side Coolant’s Service Life Decides a Cold-Plate Hall’s Uptime

Why a Primary-Side Coolant’s Service Life Decides a Cold-Plate Hall’s Uptime The facility loop lives outdoors and runs for a decade. Its fluid does not fail loudly. Here is how primary-side coolant ages, what ages it faster, and the few checks that keep a hall running. Year one i...

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Battery and Storage Immersion Cooling: What Actually Matters

Battery and Storage Immersion Cooling: What Actually Matters Immersion cooling for batteries is sold on a dielectric number most suppliers will not show. We do not publish one either. The properties that decide field life are ion conductivity, fire class, compatibility, and volatility — the on...

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Wind Farm Cooling: What a Coolant Has to Withstand Outdoors

Wind Farm Cooling: What a Coolant Has to Withstand Outdoors A converter on a nacelle at minus thirty has no technician within two hours. Turbine cooling is judged by what the fluid survives unattended — cold start, vibration, a leak nobody sees for a week — not by its spec sheet. A converter ...

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Inhibited Glycol or an Engineered Coolant: What Your Duty Profile Decides

Inhibited Glycol or an Engineered Coolant: What Your Duty Profile Decides The glycol-or-premium question is not a price question. It is a duty-profile question. Four conditions — aluminium, a hazard restriction, water sensitivity, a long design life — move a loop from glycol to an engineered fl...

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How to Read a Coolant MSDS in Two Minutes?

How to Read a Coolant MSDS in Two Minutes The MSDS lands as a sixteen-section PDF most buyers file unread. Two minutes on sections 2, 9 and 14 decide your storage, your freight, and whether the drum is even legal to keep on site. The MSDS lands in your inbox as a sixteen-section PDF. Most buy...

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