Description
Product Overview
The Fayelume Thread Repair Kit is engineered for professionals who need a reliable solution to damaged or worn threads in a variety of metal substrates. Each kit contains 100 high‑quality M5 × 0.8 × 1.5 mm stainless steel inserts that meet strict dimensional tolerances of ±2 g weight tolerance. The inserts are fabricated from 304 stainless steel, a material known for its excellent corrosion resistance, high elasticity, and durability in harsh industrial environments. The spiral coil structure of each insert provides a self‑locking mechanism that distributes mechanical stress evenly across the threaded hole, reducing the risk of loosening under vibration or seismic activity. The kit’s compact packaging dimensions of 2.36 × 1.97 × 0.79 inches and lightweight design (1.41 oz) make it easy to store and transport to job sites.
![[Product front view showing all components]](https://www.painreliefco.store/wp-content/uploads/2026/07/093127f116a44e1784bdc4c53ae9be87.jpg)
Usage
These M5 threaded inserts are versatile enough for use in aluminum, magnesium alloy, and a range of low‑strength metals where traditional thread repair methods may fail. Installers calculate the required insertion depth based on the diameter of the hole, ensuring a precise fit that restores original thread geometry. The kit is ideal for mechanical maintenance of equipment, precision instrument assembly, and repair of high‑strength insurance‑required components. Whether you are re‑threading a damaged hole on a CNC machine, refurbishing a hydraulic valve, or performing routine maintenance on aerospace hardware, the Fayelume inserts provide a quick, repeatable solution that minimizes downtime. The anti‑loosen design also supports reuse, allowing technicians to remove and reinstall the inserts multiple times without loss of performance.
Why Choose Us
Fayelume’s commitment to quality is reflected in every aspect of this Thread Repair Kit. The inserts are manufactured from premium 304 stainless steel, guaranteeing resistance to erosion, rust, and chemical exposure. Each insert undergoes rigorous testing to ensure consistent thread engagement and load‑bearing capacity, meeting industrial standards for thread locking inserts. The kit’s design incorporates an anti‑seismic feature that maintains thread integrity even under extreme vibration, a critical advantage for automotive, aerospace, and heavy‑machinery applications. Additionally, Fayelume provides responsive customer support and a clear warranty policy, giving users confidence that any issues will be addressed promptly. By choosing Fayelume, you benefit from a product that combines material excellence, engineering precision, and a service network dedicated to your success.
Key Features
- High‑grade 304 stainless steel ensures long‑lasting corrosion resistance and strength.
- Spiral coil design delivers even load distribution and prevents loosening under vibration.
- 100 inserts per kit provide ample supply for multiple repairs and bulk projects.
- Compatible with aluminum, magnesium alloys, and low‑strength metals for broad industrial use.
- Dedicated Fayelume customer support and warranty for peace of mind.
FAQ
What size threads does this kit support?
The kit includes M5 × 0.8 × 1.5 mm inserts, which are suitable for standard M5 thread holes in a variety of metal materials.
Can the inserts be reused after removal?
Yes, the stainless‑steel coil design allows the inserts to be removed and reinstalled multiple times without compromising thread integrity.
Is special tooling required for installation?
Installation typically requires a tap or installation tool that matches the M5 size; the process follows standard thread repair procedures.
Are these inserts suitable for high‑temperature applications?
304 stainless steel performs well up to moderate temperatures, but for extreme heat environments, a specialized high‑temperature alloy may be recommended.
How does the anti‑seismic design work?
The coil geometry creates a self‑locking effect that absorbs and distributes vibrational forces, reducing the likelihood of thread loosening during operation.




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