$3,000 Sweepstakes! Enter Now >

Radiator Relief 16oz.

Item EK-33-845712-1
Our Price

$21.99

Military, Medical & First Responders $1.10 Available in EK Cash Rewards.
Confirm Eligibility
Choose options to add to cart.
Add to Cart
    Create a list
    Add to New List

    Saved - View your saved items

    We're sorry. We couldn't save this product at this time.

    or use

    Shop Owners Save More! Sign up for our dealer program

      Product Information

      Features, Description, Q&A

      Features

      • Reduces Engine Temps Up To 30°F
      • Includes Anti-Foaming Agent
      • Corrosion Inhibitor
      • Reduces Pre-Existing Scale Build-Up
      • Compatible With All Types Of Anti-Freeze
      • Compatible With Aluminum Radiators
      • Must Cycle And Mix With Existing Coolant Before Effective
      • Performance Will Not Dissipate Over Time
      • Recommended 1 Oz Per Quart Of Coolant

      Description

      Cooling System Enhancement. The Radiator Relief 16oz coolant additive reduces coolant temperatures by up to 30°F, lowering engine operating temperatures during extreme use. It is used as a preventive treatment that mixes with existing coolant to improve heat transfer efficiency and prevent overheating.

      Construction and Appearance. This additive is a specially formulated liquid compatible with all coolant types and radiator materials, including aluminum, cast iron, copper, and brass. It contains anti-foaming agents and corrosion inhibitors to protect against chemical corrosion and electrolytic damage while reducing mineral deposits and maintaining stable pH levels.

      Installation. Installation requires adding the recommended amount (1 oz per quart of coolant) to the radiator system. No drilling or mechanical modifications are necessary, although it must be circulated and mixed within the cooling system to become effective.

      CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

      Questions & Answers

      No questions about this product yet. Ask the First Question