HE5503-14E Tapersert Insert M14 x 1.25 - R5503-14L - Heli Coil Products

Specifications

• Model Number: 5503-14L
• Product Name: dup see HE5503-14E Tapersert Insert M14 x 1.25 - R5503-14L
• Thread Size: M14 x 1.25 (Metric)
• Insert Type: Tapersert
• Weight: 0.06 lbs
• Dimensions: 1 x 1 x 1 inches

Key Features

• Precision Thread Repair: Engineered specifically for M14 x 1.25 metric threads, ensuring an exact fit for restoration.
• Tapersert Design: Features a Tapersert design that provides a secure, permanent repair for damaged threads.
• Durable Construction: Manufactured by Heli-Coil Products, known for high-quality thread repair solutions.
• Corrosion Resistance: Designed to offer long-term performance and resistance to environmental factors.
• Standard Size Restoration: Restores stripped or damaged threads to their original factory specifications.

Applications

• Automotive Repair: Ideal for repairing spark plug threads, cylinder head bolt threads, and other M14 x 1.25 fasteners in engine blocks and components.
• Machinery Maintenance: Used in industrial and heavy machinery for restoring critical M14 x 1.25 threaded connections.
• General Thread Restoration: Suitable for any application where M14 x 1.25 internal threads are damaged, stripped, or corroded.
• Equipment Overhaul: Facilitates the repair of valuable parts rather than costly replacement during overhauls.

Benefits

• Restores Thread Integrity: Effectively repairs damaged M14 x 1.25 threads, providing a stronger-than-original connection that resists wear and tear.
• Cost-Effective Solution: Extends the life of components by repairing stripped threads, avoiding the expense and downtime associated with part replacement.
• Reliable Performance: Ensures fasteners achieve proper torque and clamping force, preventing loosening and potential equipment failure.
• Easy Integration: Designed for straightforward installation into prepared holes, making thread repair efficient.
• Enhanced Durability: Provides a permanent thread repair that maintains structural integrity in demanding environments.