Capri Tools 1/2 in Drive Deep Impact Socket Set – 18-Piece, 10-27 mm Metric

The Capri Tools 1/2 in. Drive Deep Impact Socket Set is designed for high-torque work with metric sizing that covers the most commonly needed sizes. Crafted to endure power tool use, this 18-piece collection blends rugged materials with precision engineering for reliable performance over time.

Durable construction and protective coating

Made from premium Chrome Molybdenum steel, tempered with a proprietary heat treatment process, these sockets resist torque and maintain accuracy under demanding jobs. Each socket receives a manganese phosphate finish, chosen for its protective qualities in challenging environments, offering corrosion resistance that outperforms standard coatings.

• High-torque capability thanks to Chrome Molybdenum steel and heat treatment.
• Manganese phosphate coating provides superior protection against corrosion.
• ASME B107.110 compliant performance benchmark.

WaveDrive design for better grip

The 6-point WaveDrive profile engages fasteners more securely than traditional designs, reducing rounding and giving you more leverage when turning tough fasteners in tight spaces.

• Improved grip on hex fasteners and sockets in constrained areas.
• Greater leverage helps with stubborn fasteners without overstressing tools.

Comprehensive metric range and versatile use

The 18 sockets cover sizes from 10 to 27 mm, allowing quick matching of fasteners across automotive tasks, mechanical maintenance, and equipment service. The deep-drive form reaches recessed fasteners, while the 1/2 in. drive ensures compatibility with common power tools.

• 18 sockets: 10-27 mm in metric increments.
• Deep-drive sockets for recessed fasteners.
• Organized case helps you grab the right socket fast.

Real-world benefits and usage scenarios

In busy shops and garages, the combination of durable steel, corrosion resistance, and secure fastener engagement supports smoother maintenance sessions. Use cases include automotive repairs, machinery servicing, and assembly tasks where reliable socket performance matters. Results may vary by task and condition.