PTI 10B-2-19A metric sprocket features a 5/8 in. pitch, 19 teeth, double strand, and Type A plate (plain bore) design. This sprocket is suitable for use with 10B chain in power transmission applications.

# PTI 10B-2-19A Metric Sprocket A-Plate Double The PTI 10B-2-19A Metric Sprocket is a high-quality double A-plate sprocket designed for multi-strand applications in the automotive and industrial sectors. Manufactured by PTI Engineered Plastics, this sprocket demonstrates exceptional durability and precision, making it an ideal component for various chain drive systems. ## Key Features • **Construction Material**: Made from high-strength engineered plastic, offering weight savings and corrosion resistance while ensuring long-lasting performance. • **Compatibility**: Designed specifically for 10B metric chains, ensuring seamless integration with existing systems. • **Dimensions**: Features a pitch diameter of 19A mm, optimized for maximum efficiency in power transmission. • **Multi-Strand Design**: Accommodates multiple chains, enhancing load distribution and reducing wear. • **Precision Engineering**: Manufactured to strict tolerances, ensuring smooth operation and minimal backlash. ## Applications • **Automotive**: Ideal for use in automotive applications where efficient power transfer and reliability are critical. • **Industrial Machinery**: Suitable for various industrial machinery that requires robust and reliable chain drive systems. • **Conveyor Systems**: Perfect for conveyor systems that demand high durability and low maintenance. ## Benefits • **Enhanced Durability**: The high-strength plastic construction ensures resistance to wear, extending the lifespan of the sprocket. • **Weight Reduction**: Lightweight design minimizes the load on drive systems, improving overall efficiency. • **Corrosion Resistance**: The engineered plastic material offers superior resistance to chemical and environmental factors, reducing downtime and maintenance needs. --- *Product information compiled with AI assistance for reference purposes.*