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W

ho we are and where we’re going.

Created for racing, engineered for performance, and perfected over the last 30 years, Griffin

radiators are the best in the business. Stemming from the grass roots days of circle track racing, Griffin

products are American made right here in Piedmont, South Carolina. Over the past 30 years, Griffin

Radiator has evolved to Griffin Thermal Products and is now a fully capable automotive cooling system

supplier. Located in the heart of circle track racing and affiliated with a tier-1 automotive supplier, no job

is too big or too small.

The main Griffin facility is located at 750 Estes Dr. and boasts a 300,000 SqFt manufacturing floor.

This facility is home to two vacuum brazing ovens, an induction welding tube mill, several fin machines,

multiple tank presses, and every other piece of equipment required to manufacture aluminum

radiators and cores. Also at this facility is the 30,000 SqFt of office space which houses Griffin Sales,

Engineering, and Marketing.

With room to expand, a taste for innovation, and a great deal of dedication, Griffin Thermal Products

is here to stay. Griffin has proudly been manufacturing American Made products for the past 30 years

and will continue to manufacture them for the next 30 years.

Griffin Thermal Products is proud to be family owned and operated.

A

utomotive Aluminum Radiators

Griffin Automotive Radiators are on the forefront of cooling technology. With the assistance of

our computerized thermal dynamics and flow analysis software we have been able to engineer the

individual components of our products to maximize performance. Through this research, such products

as Griffin Max Cool tubing and Griffin Extreme Cool tubing have been created. These new tubing

sizes are quite possibly the biggest advancement in aluminum radiator technology to date. Griffin tank

designs have also been improved as a result of our advanced research. Identifying hot spots, low flow

and high flow locations, and turbulation points are all part of our engineering process.