Oval Head Quick Fastener 7/16 x .450

The MOROSO Oval Head Quick Fastener 7/16 x .450 is a precision aluminum quick-turn fastener designed for high-reliability applications requiring rapid assembly and disassembly without tools. This slotted oval head fastener measures 7/16 inch in diameter with a .450 inch body length, machined from aerospace-grade aluminum and finished in black anodized coating for corrosion resistance and professional appearance. Set of 10 units, each weighing 0.11 lbs individually, provides multiple fastening points across your setup.

The black anodized finish delivers superior durability in field conditions, protecting the aluminum substrate from oxidation while maintaining a low-visibility aesthetic. The slotted design allows manual adjustment and removal using standard tools or field-expedient methods, eliminating dependency on specialized hardware. Quick-turn fasteners excel in modular equipment configurations where operators swap components between missions—rail systems, accessory mounts, chest rigs, and load-bearing gear all benefit from reliable, repeatable hardware that doesn't require wrench clearance or precise torque specs during field transitions.

This fastener set addresses serious users and equipment manufacturers who prioritize speed and reliability over weight savings alone. Tactical gear builders, range equipment manufacturers, and military-adjacent operations standardize on quality aluminum fasteners to reduce failure points and assembly time. The 7/16 x .450 sizing fits standard mounting holes across commercial and military-spec modular systems, making it a versatile inventory item for anyone maintaining multiple rigs or managing field-replaceable equipment assemblies.

MOROSO fasteners represent the mid-tier standard in tactical hardware—above consumer-grade alternatives but engineered for practical field use rather than exotic materials or proprietary dimensions. Stock this set for repair kits, spare parts inventories, or ongoing equipment builds where repeatability and availability matter more than weight optimization.