Vehicle Fitment
Make | Model | Year |
---|---|---|
Porsche | 924 | 1987-1988 |
944 | 1983-1989 | |
968 | 1992-1995 |
Make | Model | Year |
---|---|---|
Porsche | 924 | 1987-1988 |
944 | 1983-1989 | |
968 | 1992-1995 |
Engine Coolant Water Pump O-Ring by Laso®. Size: 28 x 2.58mm. Location: Auxiliary Water Pump to Water Pump. Block Off Plate. Increase the life of your vehicle's engine by keeping your cooling system in top condition. Replace your faulty engine cooling component with this highly efficient replacement product and be sure the heart of your vehicle is in good working order.
The cooling system of your automobile is vital to your engine's overall health and longevity. That is why it’s critical to replace leaking, malfunctioning, cracked or otherwise damaged cooling parts and components in time. Without proper cooling, your engine can crack and seize up, which can lead to engine damage. To save your energy, time and money, get the superior OEM parts we offer for your vehicle. Each product is made from high quality materials to maintain proper cooling of your engine and prevent overheating.
The success of Laso® is largely to its combination of technical skills, experience and the latest computer-controlled technology that makes its products so reliable. High standards and "Made in Germany" quality are the Laso benchmark. For the last 50 years, Laso has remained innovative making demanding engine components, such as oil and coolant pumps for passenger cars, commercial vehicles and buses in Germany since 1965. Thus the Laso family has successfully set exacting standards for its entire line. The rich history proves that traditional values combined with the developments of modern technology are the guarantee of quality products. Top performance, uncompromising quality and durability are just as important as cost-effective product improvements, continuous process adaptation and innovation. The brand will strive to maintain a product at least as good as the original in the future, even in remote locations and under extreme conditions.