Bar and Plate Radiators

HEPI Cooling Bar and Plate Radiators are expertly designed using high-quality aluminum to deliver superior cooling performance. These radiators are engineered with durability and efficiency in mind, offering features such as reinforced corner blocks to prevent end tube failures, an open fin design to minimize blockages and simplify servicing, and full corrosion resistance. With drop-in replacements available, our Bar and Plate Radiators significantly reduce downtime, ensuring seamless integration into your equipment.

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Bar and Plate Radiators

Enhanced Durability

Reinforced corner blocks for enhanced durability and prevention of premature failure

Open Fin Design

Open fin design minimizes blockages and simplifies servicing

Extended Product Life

Corrosion-resistant and fully serviceable for extended product life

Drop-In Replacement

Drop-in replacements reduce equipment downtime

Bar and Plate Resources

triple cooler H-E Parts

Bar and Plate Radiators

Dig Deeper!

HEPI Cooling Solutions Bar and Plate designs are built for heavy-duty mining environments where reliability, serviceability, and long-term performance are critical. Unlike conventional radiator systems, the bar and plate design uses fully welded anodized aluminum cores that resist corrosion, extend service life, and minimize downtime. Reinforced corner blocks and expansion slits maintain structural integrity under high-vibration and high-load conditions, helping to prevent premature failures that can sideline equipment.

The open-fin construction makes the system easier to clean and less susceptible to blockages from dust or debris, reducing maintenance intervals and keeping cooling systems performing at peak efficiency. For operators seeking reduced lead times, drop-in replacements are available to fit seamlessly into existing systems, while custom piping and accessory packages can be supplied on request for unique applications.

In demanding applications, customers benefit from a radiator solution that not only improves cooling performance but also delivers measurable savings by reducing unplanned downtime, lowering maintenance costs, and extending component service life.

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