Mark 7 Radiators has introduced their new custom-made down-flow aluminum radiators for a 1970 Hemi-driven Plymouth Super Bee. Although outfitted with current technology and high quality fabrication, the new radiator is built to give a factory appearance. The high-flow radiator has the ability to cool 750 horsepower during 100° conditions.
Official Release:
Bay City, MI: Mark 7 Radiators has just completed this custom-made down-flow aluminum radiator for a Hemi powered ’70 Plymouth Super Bee. The car is a restomod, so the owner wanted the radiator to look stock. Mark 7 recreated original style tanks for a factory appearance, then black anodized the radiator. The car has a remote trans cooler, so this direct fit radiator was made as a Chrysler 26-inch A/C car radiator. Since it’s equipped with a four-speed, no trans cooler provisions are included. Custom all the way, and guaranteed to cool this monster motor!
This Mark 7 radiator features dual 1.25-inch down-flow cores, capable of cooling up to 750-dynoed horsepower in 100-degree weather, even with the A/C running. All Mark 7 radiators are custom made for your vehicle, they are not “off the shelf” units. You supply the specifications on your engine, transmission, etc., and in approximately three weeks all your cooling problems are solved.
The quick cooling benefits of aluminum are immense, and this radiator is about 40% lighter than stock. The natural aluminum finish units start at approximately $650, with polishing or anodizing (black for the stock restored look or in 16 custom colors) slightly more. Run cool, order your new Mark 7 custom radiator today. Visit
www.mark7radiators.com for more information.
Contact Mark 7 Radiators at 102 S. Tuscola Road, Bay City, MI 48708, 877-777-7505, Fax: 989-922-0700 to discuss your specific cooling requirements.
- factory appearance
- 40% lighter than stock
- dual 1.25-inch down-flow cores
Contact Information:
Mark 7 Radiators
Web:
www.mark7radiators.com
Phone: 877-777-7505
More...
Mark 7 Radiator for 426 Street Hemi
Threaded Mode