Description
Engineered for high-performance street and track machines, the Skunk2 Alpha Series Radiator delivers race-level cooling in a durable, all-aluminum design. Whether you’re building a weekend warrior or pushing limits at the track, this radiator keeps coolant temps in check while adding a sleek, polished look under the hood.
Fitment Information
- Acura Integra (1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001)
- Fits all trim
Specs & Features
- All-aluminum construction:lightweight durability and improved thermal conductivity
- Dual-core layout:high-efficiency fins for maximum heat dissipation
- 100% brazed core:enhanced strength and reliability under stress
- Polished TIG-welded end tanks:embossed Skunk2 Alpha logo
- Includes high-pressure Skunk2 radiator cap:for optimal cooling system performance
- Compatible with OEM-style fans and shrouds
- Direct bolt-in fitment (select applications): minimal modifications required
- Designed for street performance and track abuse
Product
The Skunk2 Alpha Radiator is the cooling solution designed for serious enthusiasts. With an all-aluminum, dual-core design and ultra-efficient fin construction, it pulls heat from your engine faster and more effectively than OEM-style plastic/aluminum units. The result? Lower operating temperatures, improved engine longevity, and more consistent power output—especially when you’re pushing your setup to the edge.
It’s not just function—form matters too. The polished end tanks with the engraved Skunk2 Alpha logo give your engine bay a clean, high-performance finish. Built with a 100% brazed core and TIG-welded seams, this radiator is made to withstand high-pressure, high-heat environments without flinching.
Whether you’re daily driving, dragging, circuit racing, or just looking for a solid performance upgrade, the Alpha Series radiator is the trusted choice of racers and tuners worldwide. Designed by one of the most respected brands in motorsports, this radiator gives you the reliability, efficiency, and durability your build demands.






