PTI 12B-2-14A metric sprocket features a 3/4 in. pitch, 14 teeth, double strand, and Type A plate (plain bore) design. This sprocket is suitable for use with 12B chain in power transmission applications.

# PTI 12B-2-14A Metric Sprocket A-Plate Double The PTI 12B-2-14A Metric Sprocket A-Plate Double is an advanced component designed for high-performance applications in chains and sprockets systems. Engineered by PTI Engineered Plastics, a leader in plastic injection molding, this sprocket ensures durability and efficiency in various industrial environments. ## Key Features • **High Precision Design**: Manufactured to strict tolerances, ensuring optimal fit and function within chain systems. • **Material Quality**: Constructed from high-strength plastic composites, enhancing resistance to wear and fatigue. • **Double A-Plate Configuration**: Offers increased load-carrying capacity and improved power transmission efficiency. • **Metric Specifications**: Designed to meet international standards for compatibility with metric chain systems. • **Lightweight Construction**: Reduces overall system weight, contributing to energy efficiency and ease of installation. ## Applications • **Automotive Manufacturing**: Ideal for timing drive systems and various machinery applications requiring reliable motion transfer. • **Industrial Equipment**: Suitable for conveyors and other heavy-duty machinery across sectors like manufacturing and packaging. • **Aerospace and Defense**: Provides reliable performance in critical applications where precision and reliability are paramount. ## Benefits • **Enhanced Durability**: The robust material and refined engineering extend the lifespan of the sprocket, reducing maintenance costs. • **Operational Efficiency**: Optimized design minimizes friction and energy loss, leading to lower operational expenses. • **Versatile Compatibility**: Works seamlessly with various chain configurations, making it a flexible choice for diverse projects. --- *Product information compiled with AI assistance for reference purposes.*