Engineered to withstand high ambient desert temperatures, abrasive silica dust filtration, and heavy payload demands. Explore our initial catalog configuration below.
Kaédi, the capital of Mauritania's Gorgol Region, is a critical trade gateway situated along the Senegal River. This strategic location links coastal trade corridors with inland networks, supporting heavy transit between Mauritania, Senegal, and Mali. Logistics companies operating in this corridor face demanding operating conditions, including dry, sand-laden routes, unpaved secondary networks, and temperatures exceeding 45°C.
For fleet operators managing multi-axle freight trucks, heavy-duty trailers, and cross-border transport, brake system reliability is a safety and operational priority. Fine silica dust from the Sahel can compromise air brake distribution valves, score drums, and degrade friction pads.
We supply heavy-duty commercial vehicle brake systems engineered for these harsh environments. By integrating multi-stage air filtration, high-capacity desiccant air dryers, and high-performance friction formulations, our assemblies offer consistent performance under heavy thermal and physical loads.
Thermal Endurance: Brake pads and drums designed to maintain friction profiles at temperatures up to 650°C.
Desiccant Efficiency: High-performance air dryers with integrated oil separation to prevent pneumatic system contamination.
Dust Protection: Sealed ABS valve packages and double-lip chamber diaphragms protect internal components from dust entry.
Our engineering design focuses on addressing common failure modes of air brake systems under high load and high dust conditions.
High humidity near the Senegal River basin, combined with desert heat, leads to condensation inside air reservoirs. Systems like our II19209n50 Air Dryer remove moisture and oil aerosol mixtures, protecting downstream relay valves and brake chambers from corrosion.
Overloaded commercial vehicles navigating long declines require consistent braking force. Our brake shoes utilize a low-wear friction formula with high thermal conductivity. This design reduces brake fade, maintaining structural integrity across various operating conditions.
Our customized ABS Combined Valves System (4s2m) helps prevent wheel lock-up on sandy and unpaved roads. The modular valve configurations deliver fast solenoid response times, helping operators maintain steering control during emergency stops.
Hangzhou MOAD AUTO Co., Ltd. is a manufacturer specializing in brake system components, including brake pads, brake rotors, and automotive friction materials. Located in Hangzhou, China, the company integrates research and development, production, quality control, and global sales to provide braking solutions for international automotive markets.
With a technical team and manufacturing facilities, MOAD AUTO delivers products that meet strict industry standards for safety, durability, and consistency. Our brake components are used in passenger vehicles, commercial vehicles, and various aftermarket applications, helping support stable braking performance under diverse driving conditions.
We continuously invest in process improvements, utilizing modern equipment and testing systems to maintain product quality. Every stage of production, from raw material selection to final inspection, is controlled to support reliability and service life.
We also offer customized solutions to meet specific customer requirements, supporting OEM and aftermarket partners with flexible production capabilities and supply chain services.
Exporting safety-critical components to West Africa requires compliance with both international regulations and local inspection protocols. We align our manufacturing processes with international quality standards.
Our product line includes drum assemblies, pneumatic valves, air dryers, and commercial safety systems engineered for heavy-duty applications.
Addressing core operational, installation, and supply chain queries for technical and procurement teams.
Extreme temperatures can lead to thermal stress cracking, brake fade, and structural distortion in standard brake drums. Our heavy-duty drum assemblies use high-carbon grey cast iron (GG20/GG25 equivalent), which offers reliable thermal capacity and thermal conductivity. This formulation helps dissipate heat quickly, maintaining stable friction performance and preventing micro-cracking during heavy braking on steep terrain.
Warm air contains high moisture levels, which can condense in brake reservoirs during cool desert nights. Liquid water in the pneumatic lines can wash away assembly grease, corrode ABS/EBS solenoids, and cause system performance loss. Our high-capacity air drying system, featuring integrated oil filtration, captures oil vapor and moisture, helping maintain pneumatic system reliability and component service life.
Operators must verify system compatibility with existing tractor-trailer pneumatic interfaces, sensor ring alignment on the hubs, and solenoid power requirements (typically 24V for heavy-duty commercial applications). The sensor cables must be routed to avoid abrasion from sand and road debris, and the relay valve ports must be aligned to minimize pressure drop latency.
Standard ocean freight shipments depart from Ningbo/Shanghai port and arrive at the Port of Nouakchott (Port de l'Amitié) in approximately 35 to 45 days. Following customs clearance, cargo is transported inland via the N3 road network directly to distribution facilities or workshops in Kaédi. We provide shipping documentation, export packing, and SGS inspection certificates to support customs processing.
Yes. Through Hangzhou MOAD AUTO Co., Ltd., we offer OEM customization services. We can customize dimensions, mounting configurations, friction compound formulations, and electronic controls to align with specific vehicle configurations and regional operating conditions.
Discuss your fleet requirements, request technical drawings, or request custom quotes for volume orders. Our team assists with custom formulations, international shipping logistics, and compliance documentation.
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