4Pcs Wheel Balancer Cone Set, #45 Carbon Steel Tire Balancing Machine Standard Taper Cones Kit for 40MM Shaft, Fits Hub Bores 1.77 inch-5.39 inch Compatible with Coats, Mayflower & More

Features

• [Heavy-Duty #45 Carbon Steel] Constructed from premium quality #45 carbon steel, these wheel balancer cones offer exceptional rigidity and long-lasting durability. The high-strength metal construction can support heavy loads without deforming, ensuring repeatable precision for your tire balancing machine even under professional shop conditions.
• [Precise 40MM Shaft Fitment] This standard taper balancer cone set is specifically designed for a 40mm shaft. It serves as a perfect replacement wheel adapter kit, offering a snug and secure fit. Compatible with many professional balancing machines including Coats, Mayflower, and other standard 40mm models.
• [Complete 4-Piece Sizing Kit] This comprehensive 4-piece wheel balancer cone set covers a wide range of hub bores: 1.77" to 2.46", 2.05" to 3.15", 3.09" to 4.13", and 2.91" to 5.39". The versatile sizing ensures you have the right tapered cone for almost any wheel configuration that comes into your garage.
• [Versatile Vehicle Application] Designed for maximum utility, this wheel adapter cones kit fits various car, truck, caravan, and SUV wheels. Whether you are working with aluminum, steel, or alloy wheels, these cones provide a centered and stable mount for accurate balancing results every time.[Versatile Vehicle Application] Designed for maximum utility, this wheel adapter cones kit fits various car, truck, caravan, and SUV wheels. Whether you are working with aluminum, steel, or alloy wheels, these cones provide a centered and stable mount for accurate balancing results every time.
• [Professional Grade Performance] Engineered to meet standard specifications, these tire balancer cones effectively eliminate wheel vibration and uneven wear. The sleek, CNC-machined finish allows for easy sliding onto the shaft and provides a reliable grip on the wheel hub for professional-level balancing accuracy.