S-1107 Shift Fork for TMT

Product Description

In synthetic fiber production, although the shift fork is a small component, it directly affects the quality of package formation. Shengbang’s TMT-compatible shift forks offer the following practical advantages in real-world applications:
1. Stable Operation and Reduced Wear
Through a multi-stage leveling process, we control the flatness of our traverse wings within extremely tight tolerances. During high-speed reciprocating motion, this precision ensures the shift forks stay aligned with the operational trajectory, reducing impacts and vibrations caused by uneven stress. This not only makes the fork body and blades more wear-resistant but also lightens the load on reciprocating bearings, extending the service life of these critical parts.
2. Proven Performance and Broad Compatibility**
Our traverse shift forks have long been used on the production lines of leading synthetic fiber manufacturers like Hengli Group and Xin Feng Ming, enduring the rigors of high-intensity operations. Currently, our products provide stable compatibility for several mainstream TMT models:
ORCA Series: Built for the frequent reversals required in high-speed POY production.
MANTA Series: Designed to meet the strict package edge flatness requirements of FDY.
ATi Series: Engineered to match highly automated winding systems.
3. Customization Based on Specific Needs
We understand that different factories and fiber types have unique requirements for spare parts, so we offer flexible customization services:
Fiber-Specific Customization: For ultra-fine denier or specialty fibers, we can adjust the surface coating to enhance anti-static or wear-resistant properties.
Process-Specific Customization: Depending on your winding speeds, we can fine-tune the curve profile of the blades to help resolve issues like bulging or sloughing at the package edges.
In short, Shengbang’s TMT shift forks provide more than just a precise replacement; our solid manufacturing processes help customers ensure production stability while effectively reducing maintenance frequency and procurement costs.