Enhance the durability and reliability of your screw connections with these high-quality Stainless Steel Thread Inserts, specially designed for use in low-strength materials such as aluminum and magnesium. These thread inserts prevent thread damage, improve connection strength, and significantly extend the service life of frequently removed screws, making them an essential component for mechanical assemblies requiring repeated disassembly. Key Features: · Premium Stainless Steel Construction: Provides excellent wear resistance, corrosion resistance, and long-lasting performance in various applications. · Ideal for Low Strength Materials: Specifically engineered to reinforce threads in softer substrates like aluminum and magnesium, preventing thread stripping and ensuring a secure fit. · Improved Load Distribution: The slight elasticity of the thread insert evenly distributes load across all threads, eliminating pitch and tooth deviations while reducing vibration impact to enhance connection strength and fatigue resistance. · Prevents Screw Loosening: Designed to maintain a high coefficient of friction, these inserts effectively prevent screws from loosening under vibration or dynamic loads. · Easy Repair and Maintenance: Quickly restore damaged or worn screw holes by installing inserts, extending the lifespan of your components and avoiding costly workpiece loss. · Frequent Use Durability: Perfect for parts requiring repeated removal and installation, greatly improving wear resistance and maintaining thread integrity over time. Specifications: · Material: Stainless Steel · Size: M6 (Inner Diameter) x 1.0 mm (Installed Pitch) x 1D (Length) · Quantity: 100 pcs · Weight: Approximately 40g Package Includes: · 100 x Stainless Steel Threaded Inserts These stainless steel thread inserts deliver superior performance and reliable thread reinforcement, ensuring strong, wear-resistant screw connections even in softer materials. Ideal for industrial, automotive, and DIY applications, they provide an efficient solution to extend component life and maintain structural integrity.