ANCNA 15in ATV/UTV Wheel Rim 15x7 5x114.3 +10 mm Offset Premium Aluminum Alloy Rim with Polished Black Spokes, Center Bore-73.1mm Wheel Load Raiting - 1200 LBS

ANCNA 15in ATV/UTV Wheel Rim 15x7 5x114.3 +10 mm Offset Premium Aluminum Alloy Rim with Polished Black Spokes, Center Bore-73.1mm Wheel Load Raiting - 1200 LBS

• SPECIFICATIONS:Experience durability with our 15-inch alloy wheel, engineered for high compressive strength and a load capacity of 1200 lbs. Rim Size: 15"x 7" PCD:5x 4.5"(114.3mm) Center Bore: 2.87"(73.1mm) . Versatile 0-10mm offset range for broader vehicle compatibility.Please ensure all specifications match your vehicle's rim requirements before purchasing.
• Intelligent Design for Style and Strength:The optimized spoke structure achieves an ideal balance between high strength and reduced weight, delivering both performance and visual appeal. Enhanced with a laser-engraved ANCNA logo and an exclusive center cover, the wheel excels in corrosion resistance and maintains a premium appearance over time.
• Professional Waterproof Wheel Coating:Fully automated spray coating process delivers a flawless finish, significantly enhancing waterproof and weather-resistant properties.15IN wheel rim can withstand extreme weather conditions—including heavy rain, snow, ice, and high humidity that effciently prevents corrosion, and fading. Combined with exceptional wear resistance, minimizes scratches from daily use and extends the wheel's lifespan.
• Advanced Engineering for Improved Efficiency and Stability:Crafted from high-grade aluminum alloy, this wheel combines precision engineering with lightweight aesthetics to optimize energy efficiency and extend your vehicle's driving range.15inch Rim mechanical structural design strengthens overall rigidity while improving driving stability.
• Rigorous Testing for Reliable Performance:Manufactured under 10,000-ton casting pressure and subjected to intensive impact resistance tests and designed with monobloc casting and T6 heat treatment, it ensures enhanced structural integrity, safety, and dynamic stability under demanding conditions.