Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon

Product Details
Customization: Available
After-sales Service: One Year
Warranty: One Year
Gold Member Since 2025

Suppliers with verified business licenses

Audited Supplier Audited Supplier

Audited by an independent third-party inspection agency

High Repeat Buyers Choice
More than 50% of buyers repeatedly choose the supplier
to see all verified strength labels (16)
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
  • Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
Find Similar Products
  • Overview
  • Product Description
  • Product Parameters
  • Installation Instructions
Overview

Basic Info.

Model NO.
D828
Type
Brake Pads
Material
Ceramic Fiber
Position
Rear
Certification
ISO/TS16949
Classification
Disc
Drum Brakes Classification
Brake Shoe
Main Market
South America, North America, Eastern Europe, Mild East, Southeast Asia, Africa, Western Europe, Eastern Asia, Northern Europe, Oceania, Southern Europe, Central America, South Asia, Domestic Market
Transport Package
Carton
Specification
1.18X0.79X0.39
Trademark
Aotec
Origin
China
Production Capacity
1000000

Product Description

Rear Brake Pads PPF-D828 ceramics Replacement For Toyota Camry Solara Avalon

Product Description
Rear Brake Pads PPF-D828
Positive Plus is a leading manufacturer of brake pads developed exclusively for the North American market. Our exclusive  high-density Semi-Metallic formula provides groundbreaking pad performance and is lab-tested to ensure consistency and reliability in our manufacturing process. The brake pads feature an aggressive initial bite and powerful friction against the rotors while maintaining extreme temperature tolerance. The binding of the ceramics particles provides structural integrity, ensuring no performance degradation over the lifetime of the brake pads, unmatched in the market.

Fitment
Position: Rear
2004-2008 Toyota Solara
2001-2003 Toyota Solara Disc rear brakes
2000-2007 Toyota Avalon
2000-2006 Toyota Camry 
1999 Toyota Solara 3.0L From 09/99


Part Reference Numbers
7701 SG7701X PF7701X AD7701 QE7701X SS7701X UP7701X D828 828Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara AvalonRear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
Product Parameters

Technical Details

Brand D828
Material ceramics
Auto Part Position Rear
Vehicle Service Type Car
Specification Met OEM
Manufacturer Transit
OEM Part Number D828
Automotive Fit Type Vehicle Specific Fit
UPC 827098984667
Number of Items 1
Model D828
Item Weight 1.98 pounds
Product Dimensions 7.09 x 4.72 x 1.77 inches
Country of Origin China
Item model number D828
Exterior Machined
Manufacturer Part Number D828
Rear Brake Pads Ppf-D828 Ceramics Replacement for Toyota Camry Solara Avalon
Installation Instructions
  • Replacement for: [Rear] 2004-2008 Toyota Solara, 2001-2003 Toyota Solara , 2000-2007 Toyota Avalon, 2000-2006 Toyota Camry (Vehicles Manufactured In USA), 1999 Toyota Solara (3.0L From 09/99)
  • Exclusive ceramics formula provides unmatched braking power (powerful friction, extreme temperature tolerance, aggressive initial bite) while maintaining low dust and noise
  • Fiber-Reinforced Multi-Layer Shim with a rubber core minimize noise, vibration, and harshness for complete quietness
  • Engineered with High Carbon  (Pressure Resistant, Thermal Conductive) and dipped in an Anti-Rust Black Paint to improve 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


 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier
People who viewed this also viewed