Auto Parts Semi-Metallic Brake Pad for Jpanese Car D537/Wva23652

• After-sales Service: 50000kms
• Warranty: 50000kms
• Type: Brake Pads
• Material: Non-Asbestos
• Position: Rear
• Certification: ISO/TS16949, IATF-16949, ISO9001, AMECA
• Model NO.: D537-7418/43022-SM4-G00/ 43022-SM4-G00
• Classification: Disc
• Main Market: North America
• Fricton Material: Ceramic/Semi-Metallic
• Transport Package: Shrink Wrap-Box-Carton-Pallet
• Specification: 88.7*47.5*14.6
• Trademark: Negotiable
• Origin: China
• HS Code: 870831000
• Production Capacity: 200000sets

Product Description

Specific information:

FMSI NO.	OEM NO.	Application	Year
D537-7418	43022-SM4-G00    43022-SM4-G00	Acura  Car CL ILX Integra RSX TL TSX Honda  Car Accord Civic CR-Z Prelude S2000 Suzuki  Car Kizashi SX4	1997-1999 2013-2019 1998 2000-2001 2002-2006 1997-1998 2004-2008 1991-2007 2002-2015 2011-2015 1992-2001 2010-2013 2007-2013

Our advantage:                           
1. Copper Free Ceramic
Green formula
Asbestos free
No heavy metal
Protect environment
Passed American NSF ,AMECA


2.Under layer used same as OEM product

3. High performance,shortor brake distance,safer

Still got high

braking power

above 600 °C

JINLI Formula Compare with OEM & OES brake pads

Our factory advantage:
1. Improved positive mold, make the thickness, flatness ,hardness and density
more accurate. Make brake pads performance more stable.

2. Can develop new mold in house, more than 30 part number a month.

3. Have an experienced team to develop formula, have 2 Dyno in house to test formula.
    LINK Dyno 3900 can make more accurate testing results.

4. We can develop different type formula in house, include Ceramic, Copper free Ceramic, low metal, semi metal ,high carbon etc..

5. More than 2000 part number for brake pads

6. Quality control
    Check incoming material every batch
    Check shear and density etc. for brake pads every batch
    Auto weighing and mixing system ,controlled by computer
    Bar code scanning system to avoid mistake
    7S control every process