Product Introduction 2100150060 Brake Disc is the rotating friction rotor for HFC light vehicle disc brake system. It works with brake pads to generate friction force for speed reduction and parking, and dissipates massive heat produced during braking through its ventilated internal structure. This aftermarket replacement disc addresses brake shudder, deep groove abrasion and thermal cracking caused by long-term friction, overheating and uneven surface deformation of old discs, ensuring smooth braking response and extending the service life of brake pads for urban distribution and short-distance cargo vehicles.
Product Advantages Made of high-grade grey cast iron with stable metallurgical structure and excellent heat dissipation capacity. Precision balanced machining effectively suppresses vibration during high-speed braking. Ventilation channel design accelerates heat discharge and reduces thermal deformation risk. Each brake disc undergoes runout and hardness inspection before shipment, flat friction surface and reliable braking stability.
| Item | Parameter |
|---|---|
| Part Number | 2100150060 |
| Product Name | Brake Disc / Brake Rotor |
| Compatible Model | HFC Light Commercial Vehicle |
| Material | High Strength Grey Cast Iron |
| Feature | Fast Heat Dissipation, Anti-deformation, Dynamic Balanced |
| MOQ | Negotiable |
| Application | Vehicle Wheel Disc Brake Assembly |
Applicable Models Fit for HFC series light-duty trucks and commercial vans, widely applied on logistics delivery vehicles equipped with disc brake structure.





FAQ
Q1: What triggers obvious steering shaking when braking?
A1: Uneven wear or excessive runout of brake disc will create obvious vibration transmitted to steering wheel.
Q2: Can I just polish the disc surface instead of replacing it?
A2: Machining is allowed only when thickness remains above the minimum limit; replace if already too thin.
Q3: Why does the brake disc turn blue after heavy continuous braking?
A3: It is thermal discoloration caused by ultra-high temperature, which may alter material hardness.