Hooker 7534-4HKR - Super Competition Long Tube Header

Hooker 7534-4HKR - Super Competition Long Tube Header
Hooker - 7534-4HKR
Hooker Super Competition Long Tube Headers - Titanium Ceramic Coated
1975-1977 Chevelle/Malibu/El Camino, 1975-1981 Camaro/Firebird/Trans Am: (engine swap) 396-502 Tube 2" O.D. x 35", Collector Size 3.5" O.D., Collector Length 10", Port Shape: Same As Port
Hooker Headers new Titanium ceramic coating provides the exotic "look" of Titanium for a unique styling enhancement on any vehicle. Hooker's Titanium ceramic coating is formulated to withstand extreme temperatures of up to 1600° F all while maintaining its color and protecting your headers from corrosion. Hooker Titanium ceramic coating is perfect for a nostalgic or modern build. HOOKER, HOOKER,NOTE: Not actual Titanium. HOOKER, HOOKER,With Hooker Super Competition the objective has always been to make the maximum horsepower and to put it at the optimum point in the power curve. It takes a lot of time and money to do the job right. We will sometimes spend up to 2 to 3 times more just to make the Super Competition header work only 5 to 10% better. That commitment to excellence has made Hooker Headers the winningest header manufacturer in automotive drag racing history. Hooker has a complete line of engine swap headers, front frame mounts and transmission mounts for popular engine swaps. Available for Chevy, Chrysler & Ford small block and big block engines. Hooker swap headers and mounts are designed to provide an exact fit when used together. Hooker swap headers add the extra horsepower and torque the serious enthusiast demands. Hooker Headers are the best single improvement you can make.
- Mandrel-bent tubing for smooth exhaust flow
- Light weight & sturdy 18 gauge tubing
- Long transition collector for decreased back pressure
- 5/16” machined flanges for a perfect seal
- Industry’s best welds for durability
- Designed for optimal performance
- All necessary hardware included for a complete installation
- Tuned-length primary tubes for maximum exhaust scavenging and velocity