NBR overmolded cutting wheel type fluent strip is a specially designed industrial automation transmission part, which has an NBR (ethylene propylene monomer) lagging surface.
NBR lagging cutting wheel type flow strips are commonly used in applications where anti-slip and cushioning effects are required. NBR lagging provides additional friction and shock absorption, making the strip more stable and reliable during movement. This lagging design helps reduce noise, prevent slippage, and reduce wear.
The cutting gear shape of the cutting wheel type fluent strip enables it to be used in conjunction with other transmission parts such as gears, chains, etc., to achieve linear motion transmission. The outer layer of NBR lagging covers the surface of the fluid strip and provides resistance to abrasion, oil and chemicals.
NBR's overmolded cutting wheel strips are suitable for a variety of industrial automation applications, such as conveyor belt systems, machine tools, automated assembly lines, and more. They can provide stable motion transmission and position positioning, while having good anti-slip and shock absorption properties.
When choosing to use NBR lagging cutting wheel type flow strips, you need to consider the load, speed, accuracy, and environmental requirements of the application. They can be customized and optimized to meet the needs of specific applications to ensure optimal performance and reliability.
In summary, NBR lagging cutting wheel type fluent strip is a common part in industrial automation transmission, through its unique design and NBR lagging surface, it achieves anti-slip, cushioning and wear resistance, and is suitable for a variety of applications that require stable motion and position positioning.