Equatorial Guinea's environment presents a unique challenge for automotive friction components. The extreme humidity and frequent heavy rainfall in the coastal areas significantly accelerate the corrosion of a shoe brake shoe, leading to premature wear and reduced braking effectiveness if the material is not moisture-resistant.
In urban centers like Malabo, stop-and-go traffic combined with high ambient temperatures leads to severe thermal stress. This necessitates the use of high-grade brake pads & shoes that can dissipate heat rapidly to prevent brake fade during critical deceleration.
Furthermore, the heavy-duty logistics sector transporting oil and gas equipment requires an industrial-strength the brake pad that can handle immense loads on uneven rural roads, demanding a perfect balance between friction coefficient and wear resistance.
