Product Details
International 2575 14.0L 1986, Coolant Spin-On Filter by WIX®. WIX has applied years of research and development in filter media technology to create the industry’s highest performing coolant filters. Coolant filters help maintain proper heat transfer by filtering solid contaminants, like rust and sand particles, from the coolant and by minimizing corrosion and deposits in the cooling system. This results in a clean, well-functioning coolant system, proper heat dissipation, and engine efficiency through improved heat conductivity. WIX coolant filters also provide a method to introduce necessary supplement Coolant Additives when required.
Specifications
Centerline Length (in): 21 |
Centerline Length (mm): 533 |
Inside Diameter 1 (in): 1.33 |
Inside Diameter 1 (mm): 34 |
Temperature Range: -40°F to +275°F (-40°C to +135°C) in coolant hose applications |
Features
- Protect your cooling system
- Highly durable and reliable
- Easy installation
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.
WIX® is a global manufacturer of oil, fuel, air, hydraulic, transmission, and other filters for automotive, light truck, and heavy duty applications. The company designed the spin-on oil filter that turned the filter market upside down and became a worldwide standard. It also offers revolutionary new heavy duty ecoLAST™ filters which reduce downtime, increase uptime, and prolong useful oil life 2X. WIX manufactures XP synthetic filters which provide technology for the latest improvements in extended mileage, as well as AquaChek filters that remove water from compressed air systems.