Jason 1120TTM14M90 RPC 14MM TITANIUM BELT 14MM PITCH X 90MM WIDTH

# Synchronous & Timing Belts The Jason 1120TTM14M90 RPC 14MM Titanium Belt is an advanced synchronous timing belt designed for precision power transmission in various industrial applications. With a pitch of 14MM and a width of 90MM, this belt ensures optimal performance and durability, making it an ideal choice for demanding environments where reliability is crucial. ## Key Features • **Pitch:** 14MM – engineered for consistent performance and smooth operation over a wide range of speeds. • **Width:** 90MM – provides enhanced load-carrying capability, ensuring efficient power transmission. • **Material:** Titanium – offers superior strength and resistance to wear, extending the service life of the belt. • **Design:** RPC (Reinforced Poly Chain) – combines flexibility with high strength, suitable for various industrial applications. • **Compatibility:** Designed to work seamlessly with various synchronous drive systems, ensuring reliable operation across multiple setups. ## Applications • **Industrial Automation:** Perfect for use in conveyor systems, packaging machinery, and robotics where precise timing and synchronization are essential. • **Heavy-Duty Equipment:** Suitable for applications in construction, manufacturing, and material handling, where high load capacity and durability are required. • **Energy Sector:** Effective in power transmission for renewable energy systems, including wind and solar applications. ## Benefits • **Enhanced Performance:** The titanium construction provides superior tensile strength and resistance to elongation, ensuring consistent performance even under heavy loads. • **Reliability:** Designed to withstand harsh operating conditions, reducing the risk of failure and minimizing downtime. • **Cost-Effective:** The long lifespan and minimal maintenance requirements of the Jason 1120TTM14M90 belt contribute to overall cost savings in operational expenses. --- *Product information compiled with AI assistance for reference purposes.*