Higher corrosion resistance: Ideal in applications where belts are exposed to corrosive environment and substances, such as pharmaceutical, solar, food, automotive and semiconductors manufacturing processes.
Extremely flat surface with minimal warping for precision manufacturing
Higher cryogenic toughness: Resistant to extremely low temperature manufacturing processes
Higher durability rate: Selections available in different alloy configurations specific to different applications that increase durability and production output.
Higher thermal expansion coefficient: Resistant to deformation and warping under high temperature working conditions
Higher ductility: Precise fabrication in virtually endless configurations.
Higher tensile strength and hardness
Non stretchable: under extreme temperatures as opposed to other materials like rubber, plastic or fabric.
High responsiveness: Motor rotations and parts movements are precisely transferred for any application that requires accurate indexing.
Very limited particulates or no outgas generation, ideal for work in cleanroom environments.
High electrical conductivity without static build up, ideal in the manufacturing of electronic components.
Lower maintenance: economical and easy to clean and maintain.
Regulation compliant: for applications with strict government guidelines such as food and pharmaceutical manufacturing.