Snap Ring E-Ring 20 Pk 3/16 Inch - GearWrench

Specifications

• Manufacturer: GearWrench
• Model Number: 1005
• Product Type: Snap Ring / E-Ring (Retaining Ring)
• Size: 3/16 inch
• Quantity: 20 pieces per pack
• Weight: 1 lbs
• Part Number: 1005

Key Features

• Essential Fastening Components: Provides critical securing for components on shafts or within grooves, preventing axial movement.
• Precision Sizing: Each retaining ring is specifically sized at 3/16 inch to ensure a snug and reliable fit for compatible applications.
• Convenient Pack Quantity: Supplied in a 20-pack, offering a practical quantity for multiple installations, repairs, or as readily available spares.
• Durable Construction: Engineered for robust performance, these snap rings and E-rings are designed to maintain their integrity under operational stress.

Applications

• Component Retention: Securely holds gears, bearings, pins, and other parts on shafts or within bores.
• Automotive Repair: Ideal for various fastening needs in engines, transmissions, and vehicle accessories.
• Small Engine Maintenance: Use in lawnmowers, motorcycles, and other small machinery to keep parts in place.
• Machinery Assembly: Essential for construction, manufacturing, and industrial equipment to prevent unintended component dislodgement.
• DIY Projects: Suitable for hobbyists and professionals requiring dependable small component fasteners.

Benefits

• Reliable Component Security: Ensures parts remain fixed, minimizing the risk of failure due to unsecured components.
• Ample Supply for Projects: The 20-piece pack provides sufficient quantities for extensive repairs or multiple small tasks, reducing the need for frequent reordering.
• Versatile Use Cases: Functions effectively across a broad spectrum of mechanical and automotive applications, from heavy machinery to intricate assemblies.
• Time-Saving Replacements: Quickly replace worn or damaged retaining rings with the correct 3/16 inch size, streamlining maintenance processes.
• Enhanced System Integrity: Contributes to the longevity and performance of mechanical systems by preventing component shift and potential damage.