Brake Disc for OE#4243130300 Rear Solid

Brake Discs Features:                                                   

Solid brake discs are a cost-effective and reliable choice, highly regarded for their simple structure and affordable price. They provide stable and dependable basic braking for daily commuting and small vehicles. Not only are they lightweight, contributing to improved fuel economy, but their low failure rate and easy maintenance also make them the ideal choice for cost-conscious car owners.

1. OE#4243130300 Exact Match: Toyota & Lexus Rear Solid Disc

This brake disc is an exact match for OE#4243130300, designed for Toyota and Lexus rear axle applications including Camry, Avalon, ES350, and other compatible models — ensuring direct bolt-on replacement with no modification required. Each disc is cross-referenced against the original OE number for guaranteed fitment, matching the original disc's diameter, thickness, and bolt pattern.

2. Rear Solid Disc Design: Optimized for Rear Axle Load Distribution

This rear solid brake disc features a solid (non-vented) design optimized for rear axle load distribution, where rear brakes typically handle 30-40% of total braking force — providing consistent, predictable rear braking performance for Toyota and Lexus vehicles. The solid construction offers superior structural rigidity, reduced weight, and consistent friction surface characteristics.

3. Five Surface Finish Options: Oiled, Painted, Coated, Drilled & Slotted

This OE#4243130300 rear solid brake disc is available in five surface finish options including oiled (rust prevention), painted (silver/black appearance), coated (Geomet anti-corrosion), drilled (performance gas evacuation), and slotted (enhanced pad bite) — allowing customers to choose the ideal finish. Each option maintains the same dimensional accuracy and quality standards.

4. High-Carbon Solid Construction: Consistent Friction for Rear Braking

This rear solid brake disc features high-carbon cast iron construction that provides superior thermal conductivity, consistent friction characteristics, and resistance to brake fade and thermal cracking — ideal for rear axle applications where consistent, predictable braking is essential. The high-carbon material ensures long service life, minimal disc wear, and consistent braking performance even under demanding conditions.

• 100% critical dimensions, runout and DTV inspection 

• Material physical and chemical inspection

• Test shear strength, compressibility, density, flatness and parallelism 

• Test performance and noise/NVH