Master Link Rivet Style 520 ERT2

The Master Link Rivet Style 520 ERT2 from TRIPLE X RACE COMPONENTS is a precision-engineered chain connector built for high-performance marine and boating applications where reliability cannot be compromised. Anglers and boaters who demand dependable power transmission systems—whether for jet drives, auxiliary propulsion, or specialized rigging—recognize that a failed chain connection means a disabled vessel and a ruined day on the water. This rivet-style master link bridges two 520-pitch chain segments with a permanent, load-rated connection that eliminates the flex and potential failure points of traditional clip-style alternatives.

Constructed using Triple X's proven rivet methodology, the Master Link Rivet Style 520 ERT2 features a solid pin secured through both sideways with factory-grade rivets, creating a monolithic joint that distributes side-load stress evenly across the chain pitch. The rivet design eliminates radial play and ensures concentricity with the chain strand, critical for smooth power delivery and reduced vibration in racing and high-RPM marine environments. The compact 520 pitch specification—measuring 2.1 inches in overall length and weighing just 0.03 pounds—integrates seamlessly into tight-space installations where weight savings matter and durability is non-negotiable.

Boat builders, performance propulsion technicians, and DIY marine enthusiasts installing or rebuilding 520-pitch chain-drive systems will find the Master Link Rivet Style 520 ERT2 (MPN 600-DL-0055) essential for permanent, vibration-resistant connections on jet skis, airboats, high-speed recreational vessels, and specialized marine racing platforms. This rivet-style connector is ideal for applications where the chain must remain sealed and protected from salt spray and corrosion; its riveted construction eliminates the exposed clip that can catch debris or salt buildup. Installation requires pressing or riveting equipment; once set, the connection is permanent and designed to outlast the chain itself under normal operating loads.