Rear Disc Brake Pads 43022-SE0-S01 D374 Compatible for Honda Civic Ceramics Material Car Accessories
Product Description
Fit For:
1986-1989 For Acura Integra 1.6L
1992-1993 For Acura Integra 1.7L
1990-2001 For Acura Integra 1.8L
1994-1995 For Honda Civic 1.5L
1992-1995 1998-2000 For Honda Civic 1.6L
1993-1995 For Honda Civic del Sol 1.5L
1993-1997 For Honda Civic del Sol 1.6L
1990-1991 For Honda CRX 1.5L
1990-1991 For Honda CRX 1.6L
2010-2014 For Honda Fit 1.5L
1989 For Honda For Accord 2.0L
1985-1991 For Honda Prelude 2.0L
1990-1991 For Honda Prelude 2.1L
Specifications:
Placement on Vehicle: Rear Left Right
Pad Compound: Ceramic
OEM PART NUMBER(S):
4 X Rear Ceramic Brake Pads - D374C,D374-7233
Package contains:
4 Ceramic Pads







Product Parameters
Brand |
D374 |
Material |
Ceramic |
Auto Part Position |
Rear |
Vehicle Service Type |
Car |
Specification Met |
OEM |
Manufacturer |
Transit |
Automotive Fit Type |
Vehicle Specific Fit |
UPC |
775629164548 |
Number of Items |
1 |
Model |
D374 |
Item Weight |
1.21 pounds |
Package Dimensions |
7.09 x 4.72 x 1.77 inches |
Country of Origin |
China |
Item model number |
D374 |
Manufacturer Part Number |
D374 |
- Replacement for: [Rear] 2009-2014 Honda Fit (Vehicles Manufactured In Mexico), 1999-2001 Acura Integra (LS/GS-R/GS), 1997-1999 Acura EL, 1997-1998 Acura Integra (RS/LS/GS/GS-R), 1996, 1999-2000 Honda Civic (Si), 1995-1997 Honda Civic del Sol (VTEC/Si), 1994 Honda Civic del Sol, 1993 Honda Civic del Sol (Disc rear brakes), 1992-1995 Honda Civic (Si/EX), 1990-1991 Honda CRX, Prelude (Si), 1989 Honda Accord (LXi/EXI), 1988-1989 Honda Prelude (2.0 Si/2.0 Si 4WS), 1986-1996 Acura Integra, 1985-1987 Honda Prelude
- Exclusive CeramiX High-Density Ceramic compound provides optimal braking performance (Stable Friction, High Temperature Stability, Extended Lifetime Durability) while maintaining low dust and noise
- Rubberized Multi-Layer Stainless Steel Shim reduces noise, vibration, and harshness for complete quietness
- Engineered with High Carbon SteelRX alloy (Pressure Resistant, Thermal Conductive) and dipped in an Anti-Rust Black Paint to increase durability
- Precise laser-cut channel cut provides superior thermal stability and prevent overheating
- Scorched for almost no break-in process required, raised initial cold effectiveness, and enhanced Pad-to-Rotor contact
- Chamfered for mooth and gradual initial engagement on the rotor surface to prevent edge shifting