M10 M12XM14 Adjustable Ball Joint Kit Compatible With 50cc 70cc 90cc 110cc 125cc 150cc 200cc 250cc China Big Bull ATV Quad Kart Accessories(A)

M10 M12XM14 Adjustable Ball Joint Kit Compatible with 50cc 70cc 90cc 110cc 125cc 150cc 200cc 250cc China Big Bull ATV Quad Kart Accessoriesdescribe:Condition: material: metalColor as shownWeight: about 250gQuantity: 1 pieceDimensions: as picture shownnotes:1. Instructions not included, professional installation is strongly recommended.2. Please check the size measurement chart carefully before paying to make sure it is the correct item you need.3. Please allow 0.5-1.0cm difference due to manual measurement. (1 cm=0.3937 inches).4. Due to different computer screens, the color of the actual item may be slightly different from the listing image, thank you Compatible with your understanding.Please double check the product description and pictures before to make sure it is the correct part you need!Package Included:1 piece adjustable ball head==========Special Features : ATV ball headItem Diameter : 1inchItem Weight : 0.25kgItem Height : 1inchItem Width : 1inchItem Length : 1inchModel Name : M10 M12XM14 adjustable ball jointOrigin : Mainland ChinaMaterial : Metalwelcome! haoyoushun specialize in auto parts that are compatible with various brands of vehicles. we strictly select from original factory standards enjoy your shopping!

• Using high-quality rigid materials, the overall weight is lighter than that of similar products, reducing the energy consumption of the equipment during operation.
• Through precise dynamic balance calibration, it effectively counteracts the centrifugal force during operation and reduces the vibration amplitude.
• The ball head can be adjusted in multiple angles to meet the balance requirements of complex mechanical structures.
• The coincidence degree of the center of gravity of the ball head connecting rod and the rotation center reduces the wear caused by unbalanced torque.
• The use of long-lasting solid lubricating grease ensures good lubrication performance in ultra-low temperature environments.