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54-56 Buick Copper Brass Radiator w/OEM # 3131176 High Efficiency core design w/o TOC

1954 1955 1956 Buick copper brass radiator
1954 1955 1956 Buick copper brass radiator
MSRP: $665.00
Price: $595.00
You Save: $70.00 (11 %)
Part Number: 04970 SNH Z
Manufacturer: Classic Radiator
Manufacturer Part No: 04970 SNH Z
  54-56 Buick Copper/Brass replacement radiator. 100% New and Made in USA radiator. Replaces OEM # 3131176, 3131177 and others. This is a correct appearing and fitting replacement radiator with serpentine fin design. The core size is 22" tall x 22" wide. Some of the attached pictures show the radiator prior to painting so that the details are more visible. This radiator does not have a transmission cooler. Top neck is 1 5/8" diameter & lower neck is also 1 5/8" diameter. The side brackets have three mounting tabs for the OEM radiator fan shroud. If your radiator does not have these brackets, we can build it without them. It has a 3/8" threaded bung on the passenger side of the bottom tank for a heater hose return fitting.
  Early 1955 and older models had a cellular core design. In late 1955 GM changed the design of this radiator to a more efficient serpentine fin design with a tray header. This radiator will also replace the later model radiators 3133727 and 3134597 with the tray header design. If you have the Roadmaster, we suggest you choose the replacement with the high efficiency core.
   This radiator will fit Roadmaster and Century models. Radiators for the smaller 40 Series Special can also be built.
It will fit Buicks both with and without the Dynaflow transmission. This radiator does not have a transmission cooler. Most of these radiators did not have a transmission cooler in the radiator. They used an external style transmission cooler.
We can build radiators for most late 1940's to 1950's Buicks, Pontiacs, and Oldsmobiles.
  We stock this radiator in both regular and high efficiency core designs. The regular core has the tubes on 9/16" centers and the high efficiency has the tubes on 3/8" centers. The high efficiency will cool about 18% to 20% better than the regular core because of the denser design and more surface area.

Cap-A-Radiator from Teena Nawabi on Vimeo.