Whether you take your Integra to the track or use it as a daily driver, an upgraded cooling system is essential in maintaining a well balanced efficiently running engine.The Mishimoto performance aluminum radiator is the ideal upgrade to the stock Integra radiator especially for those looking to enhance the overall performance and lifetime of their engine.The triple core of the X-Line radiator is 25% thicker than a standard Mishimoto radiator.Thanks to a direct OEM fit, installation is effortless with no cutting or modification is required.All Mishimoto Integra radiators are designed and engineered to maximize cooling efficiency and most importantly, protect your Integra from overheating.All Mishimoto radiators come with a high pressure 1.3 bar Mishimoto radiator cap and a great warranty.This radiator is a perfect match for the Mishimoto 1994-2001 Integra hose kit.
| Installation Difficulty | 3 |
| Material | Aluminum |
| Prop 65 (C, R or CR) | CR |
| Prop 65 - Short Label | prop65_warning.jpg |
| Prop 65 Yes/No | Yes |
| Title | Mishimoto Acura Integra X-Line Performance Aluminum Radiator |
Mishimoto
Whether you take your Integra to the track or use it as a daily driver, an upgraded cooling system is essential in maintaining a well balanced efficient running engine.The Mishimoto performance...
Mishimoto
Whether you take your Integra to the track or use it as a daily driver, an upgraded cooling system is essential in maintaining a well balanced efficiently running engine.The Mishimoto performance...
Mishimoto
Mishimoto Acura Integra Type R radiator hoses are made from a combination of high-grade silicone and heat-resistant embedded fibers for a high-quality replacement kit for your OEM rubber hoses...
Mishimoto
Mishimoto Acura radiator hose kits are made with a dual layer combining high grade silicone and heat-resistant embedded fibers to provide efficient heat reduction and increased pressure tolerance,...
Mishimoto
Mishimoto radiator hose kits are made with a dual layer combining high grade silicone and heat-resistant embedded fibers to provide efficient heat reduction and increased pressure tolerance, all with...
