Porsche Piston Ring Set (STD) 93010396800 – Goetze 0832030010
$26.09
The Goetze Engine Piston Ring Set part number 08-320300-10 is an essential component for Porsche engines, ensuring optimal performance and longevity.
Crafted with precision and made to last, this piston ring set offers a range of benefits that make it a smart investment for any Porsche owner.
One of the key features of the Goetze Engine Piston Ring Set is its high-quality construction. The rings are made from durable materials that can withstand the high temperatures and pressures generated by Porsche engines, ensuring they last longer and perform better than cheaper alternatives.
Another benefit of the Goetze Engine Piston Ring Set is its precise fit. Designed specifically for Porsche engines, these rings are engineered to provide a perfect match to the engine’s specifications, ensuring optimal performance and minimal wear and tear.
In addition, the Goetze Engine Piston Ring Set is easy to install, with clear instructions that make the process straightforward and hassle-free. This means that even if you’re not an experienced mechanic, you can still upgrade your Porsche’s performance with confidence.
Overall, the Goetze Engine Piston Ring Set part number 08-320300-10 is an essential component for any Porsche engine. Its high-quality construction, precise fit, and ease of installation make it a smart investment that can help you get the most out of your vehicle.
Delivery Info
eEuroparts.com® proudly offers wholesale prices and fast shipping available on most orders. Every eEuroparts.com® order is track-able, meaning you'll know exactly where your Engine Piston Ring Set is at every step of the shipping process. When your order is assigned tracking, we'll send you an email with the tracking number. Most orders have a tracking number within a couple of hours after being placed with eEuroparts.com®.
Returns Info
eEuroparts.com® proudly offers a thirty (30) day cash return for all items purchased through eEuroparts.com®. The item must be new and in its original manufacturer packaging to be eligible for a cash refund. If you would like to return an item or have questions about the process, please contact us and one of our customer service experts will be happy to help. This information is only a summary. Complete shipping and return policy information can be found in our web site policies.
| Brand | Part # |
|---|
| Brand | Part # |
|---|---|
| Porsche | 08-320300-10 / 0832030010 |
| Year | Make | Model | Submodel | Engine | Fuel Type | Position | Note |
|---|---|---|---|---|---|---|---|
| 1992 | Porsche | 911 | Turbo | 3.3H6 | GAS | ||
| 1991 | Porsche | 911 | Turbo | 3.3H6 | GAS | ||
| 1989 | Porsche | 911 | Turbo Carrera | 3.3H6 | GAS | ||
| 1988 | Porsche | 911 | Turbo Carrera | 3.3H6 | GAS | ||
| 1987 | Porsche | 911 | Turbo Carrera | 3.3H6 | GAS | ||
| 1986 | Porsche | 911 | Turbo Carrera | 3.3H6 | GAS | ||
| 1979 | Porsche | 930 | Turbo | 3.3H6 | GAS | ||
| 1978 | Porsche | 930 | Turbo | 3.3H6 | GAS |
Goetze is one of the longest established names in automotive, delivering technically advanced components that significantly lower oil consumption and reduce emissions.
Goetze brings the aftermarket high-quality piston rings and cylinder liners. All are backed by Federal-Mogul's extensive experience in engineering OE components and subsystems for the world's major automotive manufacturers. Their replacement components match precisely the same specifications as the OE originals.
The rings and liners work together to provide a reliable seal in extremely aggressive conditions. They help cut emissions by minimizing friction, lowering oil consumption and prolonging engine life.
Significant improvements in the internal combustion engine have been made possible by Goetze innovations, which include Europe's first chromium-plated piston ring. Over 200 scientists, engineers, and technicians are dedicated to developing new and more efficient technologies.
The Goetze LKZ-Ring received a prestigious PACE Award for reducing oil consumption by up to 50% - making a significant contribution to lowering emissions.
