HKK 35 RIV with D-1 Every 13th and 3rd Pins Repeating (4.875" and 1.125" Centers) Standard D-1 0.141" Dia X 0.375" Extension 3/8" Pitch

HKK 35 RIV D-1 Chain The HKK 35 RIV D-1 Chain is a high-performance roller chain designed for a variety of industrial applications, emphasizing durability and reliability. With its unique pin configuration and robust construction, this chain is built to withstand demanding operational conditions while providing smooth and efficient performance. ## Key Features • **Pin Design**: Features a repeating pin pattern of every 13th and 3rd pins, enhancing the chain’s stability and load distribution. • **Dimensions**: Designed with a pitch of 3/8" and center distances of 4.875" and 1.125", ensuring compatibility with a wide range of sprockets. • **Material Specifications**: Constructed from high-quality steel, featuring a standard D-1 diameter of 0.141" and an extension of 0.375", ensuring strength and longevity. • **Enhanced Load Capacity**: Engineered for high shock loads, making it suitable for severe applications in various industrial environments. • **Proven Durability**: HKK’s commitment to quality ensures that this chain can withstand rigorous use, minimizing maintenance needs and downtime. ## Applications • **Industrial Manufacturing**: Ideal for use in conveyor systems, assembly lines, and material handling applications where reliability is crucial. • **Agriculture & Construction**: Perfectly suited for agricultural machinery and construction equipment that requires robust chain solutions. • **Compatibility**: Works seamlessly with HKK sprockets and a variety of other standard industrial sprockets, enhancing versatility in system design. ## Benefits • **Performance Advantage**: The unique pin configuration provides optimal load distribution, reducing wear and extending the chain's lifespan. • **Reliability**: Backed by HKK Chain's legacy of quality, users can trust this product for consistent performance under pressure. • **Operational Efficiency**: Designed to reduce friction and enhance movement efficiency, which translates to lower energy consumption and improved overall system performance. --- *Product information compiled with AI assistance for reference purposes.*