Jason D1200-5M-25 Double Sided HTD

# Synchronous & Timing Belts The **Jason D1200-5M-25 Double Sided HTD** belt is engineered to deliver exceptional performance in synchronous and timing applications. Designed with high-quality materials, this belt ensures reliable power transmission while minimizing slippage and vibration. Its double-sided design allows for flexibility in installation and operation, making it ideal for various industrial machinery and equipment. ## Key Features • **Pitch Size:** 5mm, ensuring compatibility with a wide range of pulley systems for optimal performance. • **Length:** 1200mm, providing the necessary reach for various applications, reducing the need for additional components. • **Double-Sided Design:** Allows for dual engagement with pulleys, enhancing power transfer efficiency and enabling more versatile installation options. • **HTD Profile:** High Torque Drive (HTD) design offers superior grip, reducing the risk of slippage during operation and prolonging service life. • **Material Construction:** Made from high-quality rubber compounds, ensuring durability and resistance to wear, oil, and heat, which contributes to longer operational lifespan. ## Applications • **Industrial Machinery:** Perfect for CNC machines, conveyor systems, and other heavy-duty applications where precision timing is critical. • **Robotics and Automation:** Suitable for robotic arms and automated systems requiring synchronized movement. • **Manufacturing Equipment:** Ideal for various manufacturing setups that depend on reliable belt-driven systems. ## Benefits • **Enhanced Performance:** The double-sided design maximizes torque transmission, leading to improved operational efficiency. • **Durability:** Constructed from robust materials, this belt withstands demanding conditions and provides long-lasting reliability. • **Versatility:** The ability to engage with pulleys on both sides offers flexibility in design and installation, catering to a wide range of equipment needs. --- *Product information compiled with AI assistance for reference purposes.*