free shipping on orders over $300 (48 State US)

phone: 440-259-5656

Skunk2 Racing

Skunk2 88-00 Honda Civic/90-01 Acura Integra (B Series) Composite High Volume Fuel Rails - 350-05-5000

MSRP: $221.54
$199.35
( saved $22.19 )
No reviews yet Write a Review
SKU:
SKK350-05-5000
UPC:
873265005949
Availability:
Regularly stocked product
Skunk2’s cutting-edge Composite Fuel Rail for Honda’s B-series engines is here. Skunk2’s Composite Fuel Rails are made using a proprietary carbon-impregnated, aerospace thermo-polymer composite—a material that’s 33-percent lighter, 60-percent stronger, and operates up to 100-degrees F cooler when compared to aluminum and insulates fuel from both radiant and conductive heat transfer underneath the hood, resulting in increased horsepower and torque. Composite Fuel Rails also feature large 0.625-inch internal bores for superior fuel injector pulsation dampening, are machined with a smooth interior finish, and feature radius-cut fuel injector outlets for improved flow characteristics. The special design that eliminates the sharp internal angles where the main bore meets the fuel injector bores inherent with conventional extruded- and drilled-aluminum designs can only be achieved with such composite materials. Skunk2’s B-series Composite Fuel Rails are compatible with the factory fuel system, as well as all fuels, including alcohol, and can support up to 1,200 hp, with gains as high as three percent realized during testing.

This Part Fits:

YearMakeModelSubmodel
1990-1993,1997-2001AcuraIntegraGS
1992-2001AcuraIntegraGS-R
1990-2001AcuraIntegraLS
1990-1998AcuraIntegraRS
1995-1996AcuraIntegraSpecial Edition
1997-1998,2000-2001AcuraIntegraType R
1999-2000HondaCivicSi
1994-1997HondaCivic del SolVTEC
MPN:
350-05-5000
Product ID:
273459
This Part Fits:

YearMakeModelSubmodel
1990-1993,1997-2001AcuraIntegraGS
1992-2001AcuraIntegraGS-R
1990-2001AcuraIntegraLS
1990-1998AcuraIntegraRS
1995-1996AcuraIntegraSpecial Edition
1997-1998,2000-2001AcuraIntegraType R
1999-2000HondaCivicSi
1994-1997HondaCivic del SolVTEC