Biaobang 4kg EV Coolant for Liquid Cooling Systems | Low Conductivity Antifreeze

Application Scenarios:

• Battery Electric Vehicles (BEV)

• Hybrid Electric Vehicles (HEV)

• Other new energy vehicles with liquid cooling systems

Material Compatibility:

Compatible with non-metal materials, including:

• EPDM rubber

• Silicone rubber

• PTFE (Polytetrafluoroethylene)

• PP (Polypropylene)

System Compatibility:

• Fully compatible with EV liquid cooling systems

• No swelling, cracking, or degradation of non-metal components

How to Use:

1. Before using the system, make sure it is completely cool.
   Before adding or replacing coolant, ensure that the vehicle and liquid cooling system have cooled completely.

2. Drain old coolant (if applicable).
   When replacing the current coolant, completely drain the old fluid from the cooling system to avoid contamination or performance degradation.

3. Prepare the coolant.
   Use the product as given if it is pre-mixed.
   If concentrated, dilute with deionized or distilled water at the specified ratio.

4. Refill the cooling system.
   Slowly add coolant to the EV's liquid cooling system until it reaches the appropriate level.

5. Bleed air from the system.
   Remove any trapped air to promote adequate circulation and heat transfer.
6. Check for leaks and system operation
   After filling, run the system and check for leaks, abnormal pressure, or warning indicators.

Important Notes:

• Avoid mixing with other coolant brands or types, particularly non-EV or unknown formulas.

• Dilute only with deionized or distilled water; tap water may compromise conductivity and corrosion prevention.

• Avoid contamination from oil, fuel, or other chemicals.

• Do not use in systems that were not built for liquid cooling.

• Follow the car manufacturer's guidelines for coolant change intervals.

• Keep in a sealed container out of direct sunlight and excessive temperatures.

• Store in a cool, dry, and well-ventilated area

• Recommended storage temperature: –10°C to 35°C

• Shelf life depends on storage conditions and packaging