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Evergreen MRB1957-3/0/0 Compatible With JDM Honda Acura Integra CRX D16A D16Y D16Z6 ZC Crankshaft Main Bearings Connecting Rod Bearings (Standard Size)
Evergreen MRB1957-3/0/0 Compatible With JDM Honda Acura Integra CRX D16A D16Y D16Z6 ZC Crankshaft Main Bearings Connecting Rod Bearings (Standard Size)
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Engine Bearing Set
• Crankshaft Main Bearings - Standard Size
• Connecting Rod Bearings - Standard Size
• Thrust Washer

Part Numbers:
• MB1957, RB1956, TW1957

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Product Review

Engine Bearing Set
• Crankshaft Main Bearings - Standard Size
• Connecting Rod Bearings - Standard Size
• Thrust Washer

Part Numbers:
• MB1957, RB1956, TW1957

Product Fitments:
1986-1989 ACURA INTEGRA LS RS 1.6L 1590CC L4 DOHC, (16 VALVE), ENG. CODE "D16A1"
1986-1995 JDM HONDA ZC Non-VTEC 1.6L 1590CC L4 DOHC, (16 VALVE), ENG. CODE "D16A1"
1996-1997 HONDA CIVIC DEL SOL S 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Y7"
1996-1997 HONDA CIVIC DEL SOL Si 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Y8"
1993-1995 HONDA CIVIC DEL SOL Si 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Z6"
1988-1991 HONDA CIVIC EX, RT, Si 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16A6"
1996-2000 HONDA CIVIC CX, DX, LX 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Y7"
1996-2000 HONDA CIVIC EX 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Y8"
1992-1995 HONDA CIVIC EX, Si 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16Z6"
1996-2000 HONDA CIVIC HX 1.6L 1590CC L4 SOHC, (16 VALVE), ENG. CODE "D16Y5"
1988-1991 HONDA CRX Si 1.6L 1590CC 97CID L4 SOHC, (16 VALVE), ENG. CODE "D16A6"


  • Fits: JDM Honda Acura Integra CRX D16A D16Y D16Z6 ZC (see description below)
  • High Strength Overlay Plate with Reduced Thickness for Improved Fatigue Properties. Hardened Steel Backs on All Rod Bearings to Improve the Support of the Bearing Lining And Assist with Bearing Retention in the Housing
  • Increased Crush for Improved Bearing Retention. Elimination of Flash Plating on the Back of the Bearings to Improve Heat Transfer Through the Bearings And to Maximize the Grip Between the Bearings and Its Housing
  • Increased Eccentricity to Compensate for Bore Distortion At High Rpm And to Assist in the formation of Hydrodynamic Oil Films.
  • Optimize Bearing Load Carrying Surface Area And Oil Flow to the Conrod Bearings

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