Jordan presents a unique geographical environment, ranging from the arid heat of the Dead Sea depression to the mountainous terrain of Amman. High ambient temperatures significantly accelerate brake pad thermal degradation, leading to friction instability and noise. Hangzhou MOAD AUTO delivers noise-reduction solutions engineered specifically to withstand these high thermal loads, ensuring consistent performance for Jordan's diverse automotive fleet, including Japanese, Korean, and European imported vehicles.
We are shifting the industry paradigm. Our R&D team has pioneered the use of hybrid ceramic-basalt fiber composites. Unlike traditional metallic linings that "squeal" under pressure, our advanced friction matrices offer a wider operating temperature window. By optimizing the contact surface morphology, we minimize high-frequency vibration, effectively eliminating the primary source of brake noise.
At Hangzhou MOAD AUTO, we don't just manufacture parts; we operate a "Smart Factory" ecosystem. Our commitment to Industry 4.0 integrates IoT sensors throughout our production lines, monitoring material density, heat press curing cycles, and finishing tolerances in real-time.
Our ceramic-based friction formulas maintain a stable friction coefficient even at temperatures exceeding 400°C, typical of Jordan’s summer driving conditions, preventing the "glazing" that causes noise.
Yes. Whether for sedan aftermarket replacements or heavy-duty logistics trucks in the Free Zones, we offer tailored friction profiles to match specific vehicle braking system hardware.
Our logistics team specializes in maritime freight optimization, ensuring consistent delivery to major logistics hubs, typically within 25-35 days from manufacturing completion.
MOAD AUTO
