Insert M7 x 1 - 12/Pk - Heli Coil Products

Specifications

• Manufacturer: Heli Coil Products Helicoil
• Model Number: R1084-7
• Product Name: Insert M7x1 - 12/Pk
• Thread Size: M7x1
• Quantity: 12 inserts per pack
• Weight: 0.05 lbs
• Dimensions: 3.5 x 2.75 x 0.05 inches

Key Features

• Precision Engineering: Designed for accurate and reliable thread repair and reinforcement.
• Durable Construction: Manufactured by Heli-Coil Products, ensuring high-quality material for lasting performance.
• Standard M7x1 Thread: Compatible with standard M7x1 fasteners and tapping tools.
• Bulk Pack: Includes 12 individual inserts, suitable for multiple repairs or projects.

Applications

These Heli-Coil M7x1 threaded inserts are used to repair damaged threads or create stronger, wear-resistant threads in original equipment. They find application across various industries, including:

• Automotive Maintenance: Repairing stripped spark plug threads, engine block threads, or other component fasteners.
• Machinery Repair: Restoring integrity to tapped holes in industrial equipment and heavy machinery.
• Electronics Manufacturing: Providing robust fastening points in delicate components.
• General Manufacturing: Enhancing thread strength in soft metals like aluminum or magnesium, and preventing thread wear in frequently assembled parts.

Benefits

Utilizing the Heli-Coil Insert M7x1 offers several advantages for maintaining and improving threaded connections:

• Restores Thread Integrity: Effectively repairs stripped or damaged M7x1 threads, restoring them to their original size and strength.
• Enhances Durability: Strengthens existing threaded holes, offering increased resistance to wear, corrosion, and vibration.
• Cost-Effective Solution: Provides a practical alternative to replacing expensive components by repairing localized thread damage.
• Reliable Fastening: Ensures a secure and long-lasting connection for critical assemblies and high-stress applications.
• Simplified Maintenance: Allows for quick and efficient repair of damaged threads, minimizing downtime.