Brief: Our team walks you through how the WG9100444150 WVA29385 brake pads perform in common heavy-duty truck scenarios. This video demonstrates the critical safety components, construction materials, and braking effectiveness for Howo T7H, T5H, C7H, A7, VGD75, VGD95, and ALEX models, showcasing real-world performance and durability insights.
Related Product Features:
Manufactured using original factory processes with imported Kevlar and carbon fiber for enhanced durability.
Features Dacromet technology on the attachment to resist corrosion and rust, extending service life.
Provides excellent braking effect with high temperature resistance and scorching protection.
Designed for low noise operation and strong wear resistance during braking.
Compatible with Howo T7H, T5H, C7H, A7, VGD75, VGD95, and ALEX truck models.
Constructed with steel plates, bonded insulation layers, and friction blocks for optimal safety.
Insulation layer uses heat-resistant materials to prevent heat transfer and maintain performance.
Friction blocks are pressed against brake discs to generate effective friction for deceleration.
Faqs:
What truck models are these brake pads compatible with?
These brake pads are compatible with Howo T7H, T5H, C7H, A7, VGD75, VGD95, and ALEX truck models, ensuring a precise fit and reliable performance.
What materials are used in the construction of these brake pads?
The brake pads use imported Kevlar fiber and carbon fiber, along with steel plates, bonded insulation layers, and friction blocks. The attachment features Dacromet technology to prevent corrosion and rust.
How do these brake pads perform under high temperatures?
They are designed with high temperature resistance and scorching protection, maintaining a good braking effect and strong wear resistance even in demanding conditions.
What are the key benefits of the Dacromet technology used?
Dacromet technology on the attachment makes the brake pads resistant to corrosion and rust, which helps extend their service life and ensures consistent performance over time.