Dongfeng Xinjiang X7 truck parts bumper Left lower pedal 8406045-TXGG01Y

A core advantage of the 8406045-TXGG01Y pedal is its exceptional load-bearing performance, tailored to the X7’s heavy-duty operating demands. The pedal platform is constructed from 8mm-thick Q355B low-alloy high-strength steel, featuring a reinforced grid underframe that distributes weight evenly across the bumper. This design enables the pedal to support up to 680kg of static load—enough to carry operators (plus tools) during cab entry, front-end maintenance (e.g., checking headlights, cleaning windshields, or inspecting radiators), or cargo securing. The mounting bracket, welded to the pedal platform and equipped with triangular gussets at stress points, ensures a rigid connection to the bumper—preventing bending or shifting even under repeated heavy use (e.g., operators carrying toolboxes or safety equipment). For X7 trucks in construction or mining, this high-load capacity eliminates the risk of pedal failure and workplace falls, complying with occupational safety standards

The 8406045-TXGG01Y pedal features a specialized anti-slip surface that prioritizes safety in harsh weather conditions. The platform’s top layer uses a hot-rolled diamond plate texture (depth 2.2mm) combined with a thermoset rubber overlay (3mm thickness, shore A hardness 75). This dual-layer design creates deep, non-clogging grooves that channel away water, snow, mud, and road salt—maintaining a friction coefficient of ≥0.88 even in icy or wet environments (far exceeding the 0.5 safety threshold for stepping surfaces). Unlike smooth metal pedals that become slippery in rain, the rubber overlay also absorbs impact, reducing foot fatigue for operators who use the pedal multiple times daily (e.g., delivery drivers or construction workers). Additionally, the rubber is oil-resistant (compatible with diesel and hydraulic fluid spills) and UV-stabilized—preventing cracking or fading in prolonged sunlight. For X7 trucks operating in rainy, snowy, or dusty regions, this anti-slip design is critical for accident prevention

Built to withstand corrosive environments—including road salt, coastal humidity, and industrial dust—the 8406045-TXGG01Y pedal uses a comprehensive anti-corrosion system. The steel platform and bracket undergo three protective layers: first, a zinc phosphate pretreatment (8μm) to enhance coating adhesion; second, hot-dip galvanization (90μm zinc layer) for primary rust resistance; and third, a black polyester powder coat (70μm) that matches the X7’s factory bumper finish and adds scratch protection. This triple-layer protection passes 1,500-hour salt spray tests (ASTM B117 standard), ensuring the pedal remains rust-free for 10+ years—double the lifespan of generic pedals with single-layer coatings. The rubber overlay is made of EPDM (ethylene propylene diene monomer) rubber, which resists degradation from ozone, chemicals, and temperature extremes (-40°C to 120°C)—ensuring consistent performance in all climates, from freezing winters in northern regions to hot summers in southern areas

The 8406045-TXGG01Y pedal is designed for efficient installation and flexible adjustment, minimizing X7 truck downtime. It comes fully pre-assembled (platform + bracket) with all necessary hardware: 6x 10.9-grade high-strength bolts (M12×38mm), lock washers, and EPDM rubber gaskets (to seal gaps between the pedal and bumper, preventing water intrusion into bumper internals). The bracket features 28mm-long slotted holes, allowing ±18mm of horizontal and vertical adjustment to accommodate minor bumper frame variations or operator preferences (e.g., shorter operators can lower the step slightly for easier access). Installation takes just 28-35 minutes for a single technician using standard tools (socket wrench, torque wrench set to 105-115 N·m)—no on-site drilling, cutting, or welding required. For fleet operators, this easy installation reduces labor costs, while the tool-free adjustment ensures the pedal can be fine-tuned to meet the needs of different drivers or maintenance tasks—maximizing both efficiency and safety