16mm Shock Shim U-Shaped 1/16in 25pk

The 16mm Shock Shim U-Shaped 1/16in 25pk by ALLSTAR PERFORMANCE delivers precision spacers designed for high-performance suspension tuning and shock absorber assembly. Originally engineered for motorsports and professional racing applications, these shims have proven equally valuable in tactical vehicle builds, equipment racks, and secure mounting systems where vibration isolation and load distribution are critical. Whether you're setting up a duty vehicle suspension, stabilizing sensitive tactical equipment, or fine-tuning shock response characteristics, quality shock shims prevent premature wear and ensure consistent performance under demanding conditions.

Each shim in this 25-pack measures 16mm in diameter with a precise 1/16-inch thickness, engineered to exact tolerances that matter when stacking multiple shims to achieve target shock preload or suspension geometry. The U-shaped design accommodates shock rod positioning while distributing load evenly across the mounting surface, reducing stress concentration and extending service life. ALLSTAR PERFORMANCE's manufacturing standards ensure consistent material hardness and surface finish across the entire pack, eliminating the guesswork from suspension adjustments and providing repeatable results whether you're dialing in daily-duty or high-stress tactical applications.

This 25-pack quantity supports complete shock rebuilds or mixed suspension geometry corrections on multiple vehicles without requiring additional orders. Professional mechanics, fleet maintenance teams, and tactical equipment specialists rely on bulk shim packs to maintain inventory for unexpected suspension work or emergency vehicle repairs. Compatibility spans most OEM and aftermarket shock absorber platforms that accept 16mm shim stacks, making this pack a versatile addition to any professional or field maintenance kit. Proper installation requires stacking shims in the correct sequence per your shock manufacturer's specifications to achieve intended damping and load characteristics.