David Fermani
Forza Auto Salon
The Certified Automotive Parts Association (CAPA) says that one of the keys issues in the ongoing debate between the Ford and the Automotive Body Parts Association, specifically, aftermarket parts made out of different material than car company parts, is directly addressed by the CAPA Certification Program.
While CAPA has demonstrated that the car companies can produce their service parts with different material than what they used in the assembly part, the CAPA Program insures that the material used in a CAPA Certified part is the same as the material used in a car company service part.
"In addition, CAPA requires that a CAPA Certified part stay current with any modifications that the car company may make in materials or other part characteristics," said Jack Gillis, CAPA Executive Director. "That's a basic tenet of the CAPA Program and one of the reasons why CAPA insists on rigorous re-inspection of the parts in the CAPA program."
CAPA requires that AM parts undergo material testing at the outset of CAPA Certification as well as randomly through the life of the part. Clearly, the market assumes that when a car company puts a service part in the market, the part is appropriate for use. Because of this, CAPA Certification requires that both the aftermarket part and the car company service counterpart undergo extensive comparative testing.
Ford indicated that it would have been informative if the "aftermarket polystyrene isolator had been tested and compared to the Ford polypropylene isolators." CAPA agrees that the use of comparable materials is crucial to comparable part performance. During the research and development of its CAPA 501 Bumper Parts Standard, CAPA performed comparative crash testing on a non-CAPA Certified aftermarket energy absorber and a Ford energy absorber for the 2006-2009 Fusion. The aftermarket part was clearly marked that it was made of the same material as the Ford brand part. However, CAPA testing found that the aftermarket part was actually made of a completely different plastic and performed dramatically differently than the Ford brand part during impact. In fact, it exploded to pieces.
While CAPA has demonstrated that the car companies can produce their service parts with different material than what they used in the assembly part, the CAPA Program insures that the material used in a CAPA Certified part is the same as the material used in a car company service part.
"In addition, CAPA requires that a CAPA Certified part stay current with any modifications that the car company may make in materials or other part characteristics," said Jack Gillis, CAPA Executive Director. "That's a basic tenet of the CAPA Program and one of the reasons why CAPA insists on rigorous re-inspection of the parts in the CAPA program."
CAPA requires that AM parts undergo material testing at the outset of CAPA Certification as well as randomly through the life of the part. Clearly, the market assumes that when a car company puts a service part in the market, the part is appropriate for use. Because of this, CAPA Certification requires that both the aftermarket part and the car company service counterpart undergo extensive comparative testing.
Ford indicated that it would have been informative if the "aftermarket polystyrene isolator had been tested and compared to the Ford polypropylene isolators." CAPA agrees that the use of comparable materials is crucial to comparable part performance. During the research and development of its CAPA 501 Bumper Parts Standard, CAPA performed comparative crash testing on a non-CAPA Certified aftermarket energy absorber and a Ford energy absorber for the 2006-2009 Fusion. The aftermarket part was clearly marked that it was made of the same material as the Ford brand part. However, CAPA testing found that the aftermarket part was actually made of a completely different plastic and performed dramatically differently than the Ford brand part during impact. In fact, it exploded to pieces.