Chevy Biscayne 5.3L / 5.4L 1969, Pro Series™ by KRC Power Steering®. Only Water Pump. If you are looking to modify your prized investment for extra performance, first-class steering parts by KRC Power Steering are just the way to go. Designed to help improve your vehicle's ride quality and handling, they bring unsurpassed levels of reliability and durability. They are manufactured from the highest grade materials using the latest equipment for the ultimate in wear resistance. 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.
- Made using advanced equipment for excellent performance
- Highly durable and resistant to wear and tear
- Will provide dependable service for as long as possible
- Built to match your exact requirements
- High quality you can rely on
- Expertly made from premium materials
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.
KRC Power Steering® has been designing and producing cutting-edge power steering and serpentine pulley systems since 1997. The company prides itself in providing the highest quality products designed and manufactured by skilled craftsmen utilizing the best CAD software and latest equipment. KRC spends countless hours researching and developing every aspect of its products, from the machine finish and anodizing, fit and placement to the smallest of hardware particulars. KRC has invested in the best CNC machines allowing for tighter tolerances and improved performance.