Design Engineering Radiator Relief Coolant Additive Diesel Engine Coolant for Cars, Trucks, RVs, Motorcycles & More Radiator Coolant Reduces Engine Temps Up to 30°F 16 oz.

Design Engineering Radiator Relief Coolant Additive Diesel Engine Coolant for Cars, Trucks, RVs, Motorcycles & More Radiator Coolant Reduces Engine Temps Up to 30°F 16 oz.

• LOWERS ENGINE TEMPERATURES - Radiator Relief lowers engine temperatures by up to 30°F, helping your vehicle run cooler and more efficiently in hot weather. This can reduce engine wear and enhance performance, making it ideal for any water-cooled engine.
• PREVENTS OVERHEATING AND CORROSION - This engine coolant helps prevent overheating and combats both electrolytic and chemical corrosion. It also reduces existing scale buildup, acting as a corrosion inhibitor to keep your engine running longer.
• PROTECTS AGAINST RADIATOR CORE DAMAGE - Our radiator coolant is specially formulated to reduce engine mineral buildup, helping prevent core damage. The first additive to maintain stable pH levels, preventing harmful fluctuations that damage your engine.
• VERSATILE COMPATIBILITY - This additive features an anti-foaming agent and is compatible with all types of antifreeze coolants. It's safe to use with any radiator material, including cast iron, copper, brass, and aluminum.
• EASY AND SAFE TO USE - With a non-toxic, non-corrosive formula, Radiator Relief coolant additive is safe for use in cars, trucks, RVs, ATVS, snowmobiles, and motorcycles. Just add 1 oz per quart of coolant for optimal results.

DEI Radiator Relief for Diesels supercharges your radiator by transferring heat more efficiently through the radiator. Similar to the original formula this proven coolant additive will reduce your operating temperature up to 30°F degrees and reduce engine wear that occurs during extreme heat. Radiator Relief for Diesels is also formulated with a corrosion inhibitor that reduces mineral deposits. This is the first additive that maintains pH levels that otherwise fluctuate over time resulting in core damage.