Freezetone Engine Radiator Additive is a high-quality automotive additive designed for industrial applications. This yellow-colored additive comes in a convenient bottle pack, making it easy to use. It is specially formulated to protect the engine radiator from freezing in cold temperatures, ensuring optimal performance even in extreme weather conditions. This additive helps to prevent corrosion and rust, extending the lifespan of the radiator and other cooling system components.
- Engine radiator additive ready to use, 5 Years / 150,000 Mile Protection
- 5 IN 1 PROTECTION: OAT Long Life, Over Heating. Rust. Corrosion. Lubrication.
- Complies with all OEM manufacturers. Bio-Degradable. Ethylene Glycol Free.
- Protects: Engine, water pump, hoses, radiator, radiator cap, thermostat and all plastic components of the cooling system.
- Formulated with MFOAT (Multi-Functional Organic Acid Technology)
- Safe to use with: Cast iron, steel, aluminum, copper, brass, magnesium and all late model alloys.
- Easy blending with any GREEN colors Antifreeze / Coolant.
- Do not add water Ready to use. Complies with International ASTM D6211, D1384.
- Boiling point: 235F/112.8C, 15psi radiator cap at sea level.
Specifications
- 901-32N
- 32 OZ/946ML
- 0 81905 41508 3
- 12
- 27 LB/ 22.2 KG
- 13.75x 10.75 x 9.75
- 0.83 FT3 / 0.023 M3
- 66
FAQs of Freezetone Engine Radiator Additive:
Q: What is the application of this product?
A: The application of Freezetone Engine Radiator Additive is industrial, specifically designed for automotive use.
Q: What is the pack type of this product?
A: This product comes in a bottle pack for easy application and storage.
Q: What is the color of this additive?
A: The color of this additive is yellow.
Q: What does this additive do?
A: This additive helps to protect the engine radiator from freezing, prevent corrosion, and extend the lifespan of cooling system components.
Q: Is this product suitable for use in extreme weather conditions?
A: Yes, this product is designed to ensure optimal performance even in extreme weather conditions.