Description
Stainless steel exhaust manifold suitable for TOYOTA CELICA GT/GTS 2.2L 1990-1999
Special feature:
1. Increased air intake and improved exhaust flow are key to a high-performance engine. Exhaust manifolds, as the first component of an exhaust system, play a crucial role here. High-performance exhaust manifolds optimize airflow, thus reducing the impact of the standard, performance-reducing exhaust manifold.
2. Tubular exhaust manifolds supply each cylinder with its own small exhaust pipe. This eliminates interference between the cylinders and thus the exhaust backpressure that occurs in conventional exhaust manifolds. When the cylinders no longer have to work against each other to expel their exhaust gases, they can transfer more power to the wheels, thereby accelerating the vehicle. In combination with a high-performance cold air intake and an exhaust system from the catalytic converter back, a tubular exhaust manifold system removes all engine limitations, allowing it to reach its full potential.
Specifications:
Product name: Exhaust manifold
Condition: New
Warranty: 180 days
Surface: High-gloss polished
Features: Polished
Color: As pictured
Fit: Performance/Custom
Material: Stainless steel
Installation location: Front
Manifold inlet/outlet size (inches): 1625"" x 1,50""/2,25""
Material: Stainless steel 201
Application: Exhaust manifolds for motor vehicles
Fit:
For Toyota Celica GT/ GTS ST184/ ST204 1990-1999
Only for the 2.2-liter I4 DOHC 5S FE engine
(Note: Does not fit 1.6L/2.0L ST models and the 93 GTS 2.0L model)
Package contents:
1 x exhaust manifold (as pictured)
Notes:
1. No instructions included, professional installation recommended.
2. Please note that there may be deviations of 1-3 mm due to manual measurement.
3. Due to different screen settings and lighting conditions, the color of the item in the picture may differ from the original.
Guarantee:
Returns: Customers have the right to request a return within 60 days of receiving the product.
24-hour expert online service: We solve your installation and product problems.