Check the item description to confirm this fits your vehicle

Picture 1 of 14

3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 1 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 2 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 3 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 4 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 5 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 6 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 7 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 8 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 9 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 10 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 11 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 12 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 13 of 14
3 Rows Aluminum Radiator For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol AT - Picture 14 of 14

3Row Radiator Shroud Fan Relay For Chrysler Valiant CL/CM VJ VH VK V8 4.3 Petrol

Be the first towrite a review.
  • asi-autoparts (5002)
  • 98.8% positive Feedback
Price:
AU $269.00
Free postage
Estimated delivery Thu, 26 Sep - Mon, 30 Sep
Returns:
30-day returns. Seller pays for return postage.
Condition:
Brand New
Take AU $40.35 off this item
Limited time only
For Chrysler Valiant CM CL 4.3L 6 Cyl Petrol 1976-82 AT/MT. This AA5052 Aluminum Radiator is designed to provide maximum cooling efficiency to prevent premature engine failure. Its light-weight, and high-heat transferring aluminum features a tube and fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.