Plain Bore Sprocket NK100-2B/NK100-2C (31.75mm Pitch)
The Plain Bore Sprocket NK100-2B/NK100-2C is designed for optimal performance with a 31.75mm pitch, ensuring reliable operation and durability in various applications. Its robust construction makes it suitable for heavy-duty use, providing excellent power transmission and efficiency. GBC offers high-quality versions of this product in Australia.
Specifications for Plain Bore Sprocket NK100-2B/NK100-2C (31.75mm Pitch)
A standard bore sprocket, such as the Plain Bore Sprocket NK100-2B/NK100-2C, is specifically designed with a standard-sized bore for seamless integration into various mechanical systems. This type of sprocket is essential in power transmission applications, facilitating the transfer of motion and torque between rotating shafts and chains. The following selection table provides a range of options available for the NK100 series sprockets:
Basic Structure and Customization of Sprockets
When customizing a sprocket like the NK100-2B/NK100-2C, several critical factors must be considered to meet specific application requirements. These factors include the material of the sprocket, the tooth profile, the number of teeth, various dimensions, center bore specifications, keyway requirements, and the desired surface treatment. Each aspect plays a significant role in ensuring optimal performance:
1. Material: The sprocket can be crafted from high carbon steel, alloy steel, or stainless steel, chosen based on the operational demands and environmental conditions it will face.
2. Tooth Profile: The design of the sprocket teeth can significantly differ, including configurations like involute, trapezoidal, or custom profiles tailored for specific power transmission needs, ensuring enhanced efficiency.
3. Number of Teeth: The tooth count directly influences the speed ratio and the capability of the sprocket to transmit torque effectively, making it a crucial specification.
4. Dimensions: Precise dimensions, including outer diameter, pitch diameter, and hub diameter, must be specified to ensure the sprocket fits correctly within the mechanical assembly.
5. Center Bore: The bore at the sprocket's center must be accurately sized to fit securely onto the shaft, which is vital for reliable operation.
6. Keyway: If additional stability is required, a keyway can be incorporated into the sprocket design, preventing any unwanted rotation during operation.
7. Surface Treatment: Subjecting the sprocket to various surface treatments like heat treatment or surface hardening can significantly improve its durability, wear resistance, and protection a