Product: Car Fender Mudguards Key benefits Protects the vehicle body and paint by blocking mud, stones and road spray. Less cleaning and fewer paint repairs. Durable, long-lasting protection in wet, cold and abrasive conditions thanks to wear-resistant ABS thermoplastic. Fast DIY installation saves time — front and rear fenders can be fitted quickly with basic tools. What it is Molded car fenders (mudguards) made from wear-resistant ABS thermoplastic. The material is waterproof, antifreeze, and engineered for strong ductility and stable performance. Performance and material High elasticity and controlled softness provide impact resistance without permanent deformation. Wear-resistant surface reduces abrasion from gravel and road debris. Waterproof and antifreeze properties keep the fenders functional in rain, snow and low temperatures. Installation and compatibility Designed to be secured with existing car screws and buckles: align to the vehicle’s hole positions and attach to the wheel arch trim. Quick, direct installation — fixed with screws and buckles to the wheel arch trim to hold the mudguard in place. Front and rear installation takes only a short time and can be completed by most vehicle owners using common tools. Functional advantages Reduces mud and water splashing onto doors, rocker panels and wheel wells. Helps prevent corrosion and paint damage from road salt, sand and debris. Flexible construction resists cracking and maintains shape under repeated stress. Use scenarios Rainy commutes: reduces spray to improve visibility and keep lower body panels cleaner. Off-road or unpaved roads: deflects stones and mud away from the vehicle sides and undercarriage. Winter driving: limits contact with salted slush and minimizes corrosion risk to wheel arches and panels. What to expect A sturdy, practical mudguard solution that maintains performance over time. Easy alignment to existing mounting points and secure attachment via screws and buckles. Stable shape and wear-resistant finish that is not prone to deformation in normal driving conditions.