6 Spline Tuner Lug Nut Key Socket Wrench Featuring Heavy Duty Steel Ratchet Bit With 19mm And 21mm Hex Drive For M12 Street Builds And Custom Whips To Spin Your Rim Legit Fast

通常価格 39.99 セール価格80.0040.01の節約
Product ID: 1228-5521
UPC:





6 Spline Tune-a-lug Socket Ratchet Bit For Custom Wheels
✔️ Fit 19mm And 21mm Hex Drives With 18mm Id And 70mm Length

This rugged socket wrench helps you install custom tune-a-lug wheels quickly while protecting fragile thread heads. Built from cold forged chrome vanadium steel, this tool takes hard twisting forces without bending. A heavy black plating blocks rust and peeling while the 19mm and 21mm hex shanks swap easily between your top ratchets.

✅ 6 Point Spline Grip: Locks onto 12x1.25, 12x1.5, and 1/2-20 tuner threads securely to stop spin outs.
✅ Dual Driver Base: Connects with 19mm (3/4 inch) and 21mm (13/16 inch) hex sockets for flexible setup choices.
✅ Safe Torque Advice: Stick to hand operated ratchets instead of power impact guns to prevent spline teeth from cracking.
✅ Surface Shield Coating: Black plated finish fights salt spray corrosion and lasts longer than untreated metals.
✅ Accurate Diameter Sizes: Delivers an 18mm (0.71 inches) center bore with a 20.5mm (0.81 inches) outer width.
✅ Complete Measurement Specs: Spans 40mm (1.57 inches) depth and reaches 70mm (2.76 inches) standing tall.

💡 Why pick a dedicated six spline socket wrench instead of a regular hex driver for car wheel work?

This handy tool guards special tune-a-lug heads and speeds up rim mounting tasks effortlessly. Precise shape engagement keeps tools aligned correctly while steel quality guarantees safe operations.

- Six spline profile locks perfectly onto nonstandard tuner threads to eliminate rounding damage on fresh investments.

- Universal drive fits accept various ratchet handles giving you quick access to stubborn fastener locations.

- Thick protective plating stops ugly rust stains and maintains gear function through harsh seasonal conditions.

- High strength forging absorbs massive rotational energy and prevents snap accidents during tightening cycles.

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