Sandfren Car 3-Jaw Inner Gear Puller, 4" Heavy Duty Pilot Gear Flywheel Bearings Extractor Tool with Reversible Jaws, Automotive Bearing Pulley Removal Puller Tool, Universal for Vehicles

Sandfren Car 3-Jaw Inner Gear Puller, 4" Heavy Duty Pilot Gear Flywheel Bearings Extractor Tool with Reversible Jaws, Automotive Bearing Pulley Removal Puller Tool, Universal for Vehicles

• Premium Material: This car 3-jaw inner gear puller is crafted from high-quality carbon steel, offering exceptional strength and hardness. Its robust construction ensures wear resistance, minimizing damage or deformation. The steel jaws undergo special hardening treatment for enhanced toughness, while the electroplated surface provides superior corrosion and rust resistance, meeting the demands of long-term use.
• Fit Most Vehicles: The product offers multiple sizes for user selection(3", 4", 6", 8", 10",12"), allowing users to choose the appropriate size based on their needs. It is suitable for most vehicle types, including motorcycle and bicycle hub bearings, as well as water pump bearings, generator bearings, and mechanical bearings, meeting disassembly requirements across various scenarios.
• Easy to Use: This car three-jaw internal gear puller is simple and convenient to use. First, align the three jaws with the gear or bearing inner ring to be removed. Adjust the jaw spacing to securely grip the component. Once a firm hold is ensured, turn the tool's adjustment screw to gradually apply pulling force until the part smoothly disengages from its mounting position.
• Practical Features: This car three-jaw inner gear puller effortlessly removes components like pulleys, gears, bearings, and crankshafts. It applies precise force during disassembly, preventing scratches, deformation, or other damage to automotive parts. This effectively preserves the integrity of vehicle components, enhances repair efficiency, and streamlines disassembly tasks.
• Three-Jaw Design: Featuring a three-jaw design, this automotive inner gear puller applies uniform pressure during disassembly. It delivers a secure, slip-resistant grip on gears, effectively preventing tool slippage while avoiding bearing damage from uneven force distribution. This ensures stable operation and smoother disassembly.