Product Overview & Material Specifications
Material Grades
High-quality Stainless Steel (SUS303, SUS304, SUS316) featuring superior oxidation and corrosion resistance.
Size Range
Standard Metric sizes from M4 to M12. Custom lengths and thread pitches are available upon request.
Compatible Base Materials
Hardwood, Medium Density Fiberboard (MDF), Natural Marble, Artificial Stone, and various composite materials.
Technical Advantages & Engineering Design
Superior Corrosion Resistance & Extended Service Life
To eliminate connection failure caused by the oxidation of traditional carbon steel inserts, we utilize high-grade stainless steel. This upgrade not only enhances the aesthetic finish but also ensures long-term reliability in high-humidity environments, such as luxury marble dining tables.
Exceptional Form-Fit & Anti-Loosening Performance
The precision-engineered external thread profile creates a superior Form-fit (positive locking) within the base material. This ensures the insert remains securely anchored even under high vibration or frequent load cycles, solving the industry-wide challenge of fasteners loosening over time.
Superior Corrosion
Resistance & Extended Service Life
High-Speed Installation
The optimized sharp-crest thread geometry significantly reduces driving torque compared to flat-top designs. This ensures faster penetration into the substrate, increasing assembly efficiency by over 10%.
Fatigue-Resistant Design
The radiused thread root effectively dissipates stress concentration points, preventing stress-induced cracking in the substrate after installation.
Industry Applications
Premium Furniture Manufacturing
Specifically engineered for pre-embedded connections in solid wood furniture, high-end marble table tops, and cabinetry panels.
Dissimilar Material Joining:
Ideal for providing heavy-duty thread reinforcement when joining metal components to stone or wood substrates.
Equipment Requiring Frequent Maintenance
Protects the internal threads of the base material, ensuring high pull-out strength and clamping force even after repeated assembly and disassembly cycles.
