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Low-Conductivity Coolant for Hydrogen Fuel Cell Thermal Management Systems

Low-Conductivity Coolant for Hydrogen Fuel Cell Thermal Management Systems

Brand Name: Biaobang
Model Number: VC50006
MOQ: 50 pieces
Payment Terms: L/C,T/T,Western Union
Supply Ability: 100000 pieces per month
Detail Information
Place of Origin:
Guangzhou, China
Certification:
ISO9001、REACH、IATF16949、ISO14001、ISO45001
Brand:
Biaobang
Manufacturer:
Guangzhou Biaobang Car Care Industry Co., Ltd
Product Name:
Thermal Management Fluid For New Energy Battery (blade Battery)
Form:
Liquid
Item Weight:
4kg
Qty/Carton:
6
OEM/ODM:
Support
Carton Weight:
Xxx
Carton Size:
Xxx
Product Description
Low-Conductivity Coolant for Hydrogen Fuel Cell Thermal Management Systems


Features:

This product is primarily made up of polyester-grade ethylene glycol, high-purity water, polymer corrosion inhibitors, anti-foaming agents, and colorants. It has strong stability and aids in the operation of hydrogen fuel cells within an appropriate temperature range to avoid them from being overcooled or overheated, thereby affecting reaction and discharge efficiency. At the same time, its extremely low electrical conductivity can avoid short circuits in the membrane electrodes and battery damage, as well as protect various metal parts throughout the battery cooling system from corrosion, scaling, and frost.


Technical Details

Brand
Biaobang
Manufacturer Guangzhou Biaobang Car Care Industry Co., Ltd
Product Name Thermal Management Fluid for New Energy Battery (blade battery)
Model Number VC50006
Form

Liquid

Item Weight 4kg
Qty/Carton 6
Carton Weight
Carton Size  
Validity Period
3 Years



Application Scenarios:

  • Hydrogen Fuel Cell Vehicles (Passenger Cars, Commercial Vehicles, Buses)

  • Hydrogen Fuel Cell Power Generation Systems

  • Hydrogen Energy Storage and Conversion Equipment

  • Fuel Cell Test Benches and R&D Systems

  • Industrial Hydrogen Fuel Cell Applications



How to Use:

  1. Prior to filling, make sure the cooling system is clean. Remove any remaining fluids, pollutants, or debris from prior coolant systems.

  2. This product can be used directly or diluted, depending on the system design needs. If dilution is required, use only highly purified or deionized water.

  3. To avoid introducing air, slowly fill the coolant into the hydrogen fuel cell cooling system.

  4. Bleed the system completely to eliminate any trapped air and maintain proper circulation.

  5. After filling, run the system and check the temperature, flow rate, and electrical conductivity to ensure proper operation.

  6. Check the coolant level and system condition on a regular basis while in operation.



Important Notes:

  • Do not mix with regular automotive coolants or other fuel cell coolants, as this may impair electrical conductivity and corrosion prevention effectiveness.

  • Avoid contact with incompatible fluids, oils, or contaminants that may increase conductivity.

  • Keep in a sealed container to avoid moisture absorption and contamination.

  • If the coolant becomes visibly polluted or the conductivity exceeds system restrictions, replace it immediately.

  • Use adequate personal protection equipment (gloves, safety glasses) when handling.

  • In the event of inadvertent contact with the eyes or skin, thoroughly rinse with clean water.

  • Dispose of used coolant in compliance with local environmental rules.