Piston Pin Coating at Ellen Madsen blog

Piston Pin Coating. Applied to the top of the piston and is designed to reflect heat into the combustion chamber, thereby increasing exhaust gas velocity and. In some situations, this can place a huge demand on the wrist pin, practically requiring a dlc. Less friction results in lower fuel consumption. Often, a racing piston will incorporate a forged side relief design. This moves the pin bosses from the outside of the piston inward, shortening the wrist pin to reduce mass. Compressive loads like cylinder pressure push on the piston straight through the wrist pin attempting to collapse the connecting rod while high rpm creates nearly as destructive forces in the opposite direction. Coating procedures, such as dlc coating on the piston pin, make it possible to drastically reduce friction and wear levels.

Coated Wrist Pin CRF150R '0713
from www.procircuit.com

This moves the pin bosses from the outside of the piston inward, shortening the wrist pin to reduce mass. Often, a racing piston will incorporate a forged side relief design. In some situations, this can place a huge demand on the wrist pin, practically requiring a dlc. Less friction results in lower fuel consumption. Compressive loads like cylinder pressure push on the piston straight through the wrist pin attempting to collapse the connecting rod while high rpm creates nearly as destructive forces in the opposite direction. Applied to the top of the piston and is designed to reflect heat into the combustion chamber, thereby increasing exhaust gas velocity and. Coating procedures, such as dlc coating on the piston pin, make it possible to drastically reduce friction and wear levels.

Coated Wrist Pin CRF150R '0713

Piston Pin Coating Less friction results in lower fuel consumption. Often, a racing piston will incorporate a forged side relief design. Coating procedures, such as dlc coating on the piston pin, make it possible to drastically reduce friction and wear levels. Applied to the top of the piston and is designed to reflect heat into the combustion chamber, thereby increasing exhaust gas velocity and. Compressive loads like cylinder pressure push on the piston straight through the wrist pin attempting to collapse the connecting rod while high rpm creates nearly as destructive forces in the opposite direction. Less friction results in lower fuel consumption. In some situations, this can place a huge demand on the wrist pin, practically requiring a dlc. This moves the pin bosses from the outside of the piston inward, shortening the wrist pin to reduce mass.

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